Bob Greenyer Fractal Toroidal Moments

Bob Greenyer has been researching Low Energy Nuclear Reactions (LENR) since 2012. He is a volunteer researcher for the Martin Fleischmann Memorial Project. We discuss the scientific history of cold fusion and what the implications are for advanced technology including what we see in the infamous MH370 videos.


https://substack.com/@remoteview

Episode Transcript

(00:00):
Thank you very much for joining mehere today on Hard Truth's number two.
So this is Hard's number two herewith Bob Greenier. He is one of
the engineers and scientists who has lookedat our MHS three seventy videos and I
want to give him a platform totalk about his research, his science,
and so without further ado, Bob, I want to let you go ahead
and introduce yourself, your background,you know, tell us why you've gotten

(00:22):
interested in your research. Well,thank you very much, Ashton for your
work and for inviting me to yourpodcast. I feel very honored to follow
Salvatore Pai and being the second personon your podcast. For those that are
listening on the MFMP YouTube stream,it's going to be a bit broken,
but I will upload the full streamthat Ashton is recording. So at full

(00:50):
credit for the work that you've donein this trying to nail down what happened
in MH three seventy. It wasa bit of a mystery to me when
I first saw it, and fullcredit with bringing together an open research resource
research project as such that you've done. It's something that I've been familiar with

(01:12):
and been working on in the lasteleven years, and so it's great to
see this kind of thing emerging indifferent areas to solve intractable problems. And
I think one of the most intractablemysteries of the last I would say one
hundred years is where did MH.Three seventy go? So yeah, so

(01:38):
how did I? Where did Istart? Well, essentially, I've always
been interested in energy. I broughtinto the global warming narrative from a very
early age. I only used recycledfurniture in my bedroom. I built a
mirror tile solar concentrator onto the singletwelve by twelve inch solar collector that I

(02:04):
could afford at the time, wayback when I was young, and I
charged a lead acid battery up andran a fan and a light in my
room off it I built. Myparents had a motel and I built a
solar heating system for the swimming poolthere. So it wasn't all doom and
gloom in my early early years.But I was doing what I could,
and I've always been fascinated in science. Go on, I was an engineer,

(02:30):
which yes, in a way,yes, I was very lucky that
I grew up with a father whosebloodline had a history of metalworking, being
blacksmiths. And we had a farmactually, which was also my grandfather's farm,
and so I grew up with machines, and also we had family anvils,

(02:53):
and we had a welding plant,and we had angle grinders and all
kinds of tools around the place andwere given a fairly free reign to do
all kinds of ridiculous things with metalsand explosives and things like that. So
I had a let's put it therethis way. With the three brothers,

(03:13):
I had a rich childhood and experiencedthings that not everyone has the fortune to
experience. And so when it cameto nineteen eighty nine, I was born
in nineteen seventy two, so rightin nineteen eighty nine, I was very
very passionate about science, and Iwas reading New scientists journals back to back,

(03:38):
even the job adverts, which wasa bit weird, I know,
but anyway, and so I hadlike a great interest when I saw this
chechborn scientist who actually came to livein my hometown and went to a school
just fifteen minutes walk from where thehouse that I was born into, and
went to my father's school called MartinFleischmann and he worked at Southampton University,

(04:05):
and he went off and worked withthis guy called Stanley Ponds in the US,
and they wanted to look at sortof these deuterium palladium sort of experiments
and looked to see if in ametal lattice deuterium could be put into a

(04:27):
position where it would actually cause somekind of nuclear reaction. And so there
was this work by Panathan Peters andwent and different people that had explored these
things. And in fact, thethe the palladium was actually determined before the
electron, and even the deuteron wasdetermined to be the material that actually absorbed

(04:51):
the most hydrogen isotope in I thinkeighteen seventy six by Thomas Graham FRS.
I might have got the daytron,but that's the guy. So it'd been
known for more than one hundred yearsthat palladium was the metal that could absorb

(05:12):
the most hydrogen isotope, and thatyou know, there had been some claims
in the twenties and thirties and stuffof some kind of transmutation occurring. So
they explored this and they put theirown money in for a number of years,
and I think it was around aboutfive years and they were kind of

(05:33):
forced into this position by a guycalled Stephen E. Jones who was brought
in to kind of verify what theywere seeming to find by the Department of
Energy whether they were actually seeing whatthey were claiming, which was he kind
of gave the name to it calledcold Fusion, although Martin Fleischmann and Stanley

(05:54):
Pond's really didn't like the idea ofthat phrase being used. They were very
uncomfortable with it because they didn't reallyyou know, what it was at the
time. But anyway, they wereforced into a situation where they kind of
did an early press release and thenthey were kind of writing the paper on
the back end, and then variouspeople were brought in by George Brush Senior

(06:17):
to kind of give a six monthcrash can we replicate this? And it's
very famous story at MIT. Theydoctored their data to remove their own findings
to try and paint the fact thatcold Fusion is dead. And in fact,
there's a person in the community calledRuby Carrot and she worked with this

(06:40):
guy called Matt Howarth and they producedthis book called Discover Cold Fusion. It's
a little comic book actually, Sothis is something which you can get to
understand the little story in here.It's got all the main characters in there.
It's been curated by the kind ofcommunity around this. But there's one
thing which I think people may notbe aware about this story. They might

(07:03):
have been aware of the people thatcalled it the scientific fiasco of the century.
However, they might not be awareabout what happened in nineteen eighty five.
And this is called the Pons andFleischmann singularity according to me, and
in the book, it's got alittle diagram here, this little comic here,
and what this was. They hadone cc chunk of palladium and they'd

(07:26):
been loading it, as I understandit, for a couple of weeks,
and they had found that it wasn'tdoing much, so they dialed down the
voltage on there, which in myview changes the electrostatic pressure, and they
kind of walked away from it.And anyway, they came in after the
weekend to find the water tank hadall the water had disappeared. The water

(07:49):
tank had blown up, It hadgone through the glass through the for mica
in the wet fume hood covered orwhatever. It had gone down into the
concrete, removed a large chunk ofchron concrete and in the air there was
this five fine suspension of particulates,and they realized that this was far beyond

(08:11):
nuclear. And this is a storythat most people know about, whether they
have an opinion about cold fusion asit was called, I call it coherent
mata nuclear reactions, and there's Americanismthat drives it. But they're not aware
of this event. And I've hadit the whole variously described as fairly large

(08:33):
to if you take your fist andyou put it in now you imagine concrete.
It's got maybe some aggregate in there, it's got some cement in there.
What can boil all that water off, damage all that equipment, and
then turn a large lump of concretehaving gone through the table into a very
large there's a very fine suspension ofparticles that didn't like settle over a long

(08:58):
period of time. What is goingon with that? And so this actually
frankly scared them, and they decidedthat they were going to use much smaller
samples from that point onwards. Butthat was never really discussed in the public
domain, and it took a fewyears before I learned of this story,
even when I was working within thecommunity. So what do you think about

(09:20):
that? Yeah, that's interesting inthe recap because I think I forgot to
press I have stream there, sofor the people who are watching, Bob
was just going over some Myski andthe reason why he got involved in and
engineering, going through his background ashe grew up. I always been interested
in engineering, helping out of hisfarm, Emily, et cetera. I'm

(09:43):
talking about cold fusion, which youknow, I thought it was very amitted
just describing there what I really likedto explain for our audience, you know,
for the layman, in terms ofwhat is called fusion and why is
it important for us to understand that? Hey, well, in my ideas
as people who are there were insimple purposes. Have you really heard of
dumb it down for us? SoI'll dumb it. I'll dumb it.

(10:07):
I'll dumb it down to the simplestexperiment that has cold and what appears to
be fusion going on. The secondperson to come out with anything along the
lines of cold fusion was a guycalled Francesco Pientelli, and I had the
pleasure of visiting him in January twentyfifteen in his lab in Siena, and

(10:30):
he was in nineteen eighty nine,in August of nineteen eighty nine, conducting
a biology experiment. And in thatexperiment, he had a nickel rod on
which he had a mouse brain cellthat was alive, and it was being
kept alive by being in an oxygenrich environment and having a stimulation from an

(10:52):
electric probe above. Okay, Now, the idea of this was to flush
that chamber with hydrogen, start thedeath of the cell, and then freeze
the chemistry a certain amount of timeafter the cell had started to die,
and then analyze the chemistry of thecell. And the idea was to try
and find chemicals that would allow youin cases of strokes or when you're going

(11:16):
up the top of a mountain andyou've got low oxygen levels to prevent brain
damage in these scenarios. So thatwas he was a biologist, right,
the professor Francesco Pentelli. And whathappened was he'd been doing a several cycles
of these experiments and this liquid helium, Now liquid helium is four kelvin.
It's like pretty much the coldest stuffyou can get without starting doing laser cooling,

(11:41):
and the sort of stuff that's usedand has been used to create the
first coherent condensates of say sodium twentythree atoms or season one thirty three atoms.
And what he did was this particulartime, after a number of cycles,
he put in the cooling and whathappened was it started to boil.
It was boiling this two hundred andfifty watts of cryogenic cooling continuously. There's

(12:07):
no power being provided. What isgoing on? Okay, So he knew
he had nickel, and he knewhe had hydrogen before and electric electricity going
on before this occurred. And heended up by effectively discovering in a biology
experiment the nickel hydrogen cold fusion system. And in this context you can understand

(12:31):
that it was cold and that someonesomething was creating heat that was boiling the
very cold thing into a boiled state. So this is the best thing I
can say to as an experiment,actually did fusion. But in the cold
state there's obviously not it tens ofmillions of degrees in a hot plasma bashing
particles together. This is something thatis in the domain of producing coherent matter,

(12:56):
and it is in the domain ofhaving hydrogen isotope in there with a
catalytic metal known as nickel. Now, for most of my understanding of this
science, until about two thousand andnineteen, two thousand and two thousand and
twenty, actually I believed, asprobably most of your listeners will do,

(13:22):
that coherent matter could only occur atnear absolute zero. Now, why,
well, the thing is that,yeah, And so basically was predicted.
For instance, the Bose ein conversatewas predicted a very long time ago by
these two characters Bose and Einstein.And I think it was nineteen ninety six
or nineteen ninety seven that they actuallyfirst created one of this material in the

(13:48):
West. And what they did isthey called it down to near absolute zero.
And at this temperature, let's sayyou're using, for instance, sodium
twenty three, it's a single isotope, which means if you describe the matter
as a wave, you can describeit as a wave. It only has
one type of wave. But thewave changes its frequency based on its thermal

(14:11):
energy. It's kinetic energy, okay, And this is called the Debroli wave,
right, okay. And so whatyou want to do is by cooling
it down to the absolute zero,you are getting the same wave and you
are getting it into the same wavelength, but it's still out of phase.
And that's where you have a substrate. And the substrate is like if you

(14:33):
have a load of metronomes on atable. After a while, they end
up in sync. Yes, okay, And this is like you have a
substrate and that's like your spring andall your items are sitting on there.
They're all at the same temperature,they're all got the same wave length.
But then they come into phase,and then you have the same wave,
same wavelength and the same phase,and they become coherent and they start losing

(14:58):
their identity as INDIVI dual atoms andthey've become a coherent matter wave. Now,
what I didn't realize is that thiscan actually happen at any temperature.
So there is a patent awarded toLockheed Martin. You might know them.
They are a major manufacturer of peacekeepingequipment, one might say. And and

(15:35):
so basically what they did they hada pattern. I think it was twenty
and thirteen. I think it waspublished in twenty seventeen, and it is
the first thing I discussed on myblog on which is at Remote View dot
ICU. And so what this isis a they aren't producing coherent matter.

(16:00):
But they note that all you needis the same matter at the same temperature
and in phase. Now the samematter can even be an electron, except
you have to create a cooper pairfirst by having two electrons. Okay,
Then you needed the same energy andin phase, and to do that they

(16:25):
use something called the Aronhoff Bomb effect. Okay, and then they use micro
cavities. And the combination of theseaspects leads to the production of a coherent
matter wave of any kind of matterat any temperature. So yes, So

(16:45):
this dispels the myth that you needto be at absolute zero. This means
you can have fusion occurring at differenttemperatures. You just need to have them
the same matter in the same phaseable to form a condensate. So if
you are a fermion, you needto get it into a bosonic state,

(17:06):
and in the case of an electron, you need to get two electrons one
hundred and eighty degrees. Basically thatthey have got up and down spin and
you end up with them forming aboson, and then the boson can occupy
the same space time over and overand over again. Now, the aronhole
Bomb effect is best explained by thePenro staircase. And so essentially when you

(17:33):
are going this is kind of likethat Esher staircase where if you go round
and you look like you're going down, you're actually not. You're staying the
same point. And if you're goingup, you're going round and you're staying
in the same point. And theseare called a phase singularity. And the
phase singularity is able to get matterto and particularly if you've got electrons,

(17:55):
to be in phase. And sowhat do I mean by in phase?
Well, does anyone know what alaser is? Yeah? What is a
laser? A laser is something likethe same photon. I eat the same
photon energy, so it has thesame photon wavelength, but then it's in
phase, and so it's the samething you need, you're thinking of it

(18:15):
the same thing. And this comesdown to what really is matter? And
so you know what is matter?What would you say? Matter is ashton?
Yeah, it's energy, but indifferent form the eagles MC squared.
Oh, that's what I would say, is that matters energy? How close
am I there? Pretty pretty close? They are interchangeable, and you can't

(18:38):
get energy out of nothing. Ithas to come from something. So the
way I like that. You know, a lot of people say that energy
and lighter and energy and matter arekind of interchangeable, but it's not so
easy to get from one to theother. So often people say that matter

(19:03):
is just trapped light. Well,I'm going to give you an example of
what matter is, and there istrapped light. If you take an electron
and you take a positron, whichis the antimatter of the electron, okay,
and you fire them at each other, they will annihilate, and what

(19:26):
you get produced is two photons atfive hundred and eleven kV going at one
hundred and eighty degrees from each other. Now, what is significant about two
five hundred and eleven kV photons,I'll tell you that is the mass of
an electron and a positron. Sothere's a conversion of the matter the electron

(19:52):
into a electromagnetic wave. And soyou can actually do matter synthesis by taking
a gas a wave firing it intoordinary matter, and it can produce an
electron and positron pair. So youcan do matter synthesis, and you can
do matter desynthesis. Okay. Theelectron is probably the easiest example, and

(20:17):
this is you know, it's actuallyused in practical technology like positron emission tomography.
We actually it's because the decay youget positron coming out that produces an
annihilation event and you can see thesephotons coming out. Okay, so there's
real technology. So essentially, coldfusion is coherent matter nuclear reactions. You're

(20:41):
getting matter into a state where theycan occupy the same space time and the
structure that does that, in myview, I will talk about as we
move through, but this is thething that effectively was created by Ponds and
Fleischmann when they had that singularity,and what they created in my view was

(21:07):
ball lightning, ball lightning and microballlightning and iddy biddy biddy microball lightning and
extremely small ball lightning and very bigball lightning. They're all quantizations of a
stable plasma structure which has at itscore ateroidal vortex structure. So let me

(21:29):
just ask it. I'm gonna recappreal quick because someone was breaking up a
sort of make sure in my ideaand hear what we were discussing, because
that was pretty amazing. I'm prettymuch describe what cold fusion is, how
it comes about. I think someof the points that I heard there and
you don't want anything that I mightadmit, this is no matters. Essentially,
the trapped about cold fusion can happenat inferature, which might was Einstein

(21:52):
Conda's say. It can be differenttemperatures as well. I'm not sure if
that's happen, but that matter canrevert to an electromagnet, and the idea
behind going from ferme onto a bosonwhich has different points in space time compared
to which is like a laser beatingwhere we can put that as a matter
of a light in the wave thoughthat the waves cohere on another, I

(22:15):
can cause cocurrent matter for reaction.Is that pretty editor? That I miss
anything important in there? Yeah?I mean essentially that it's pretty awesome.
You can actually create coherent energy fromall kinds of things. So they are
these active denial systems that use what'scalled caser, which is effectively the equivalent

(22:36):
of a laser, but using sound, and they they are terrible, They
are disgusting weapons. Actually they're notjust active denial because when the coherent sound
comes into your skin, it goesinto your piezo electric bone, or your
piezo electric tendons, or your piasoelectric teeth and you get what's called phase

(22:56):
conjugation. The sound comes back andyou get the same stuff we produce in
ultrasonic experiments that does cold fusion inyour body, so it actually mashes up
your body. It's disgusting that iseven allowed to be permitted. It should
be banned. In the case oflaser laser, people understand laser, but
there's a thing called maser and maseris is a microwave laser. And there's

(23:22):
also called beaser, which is essentiallya coherent matter wave right beam. So
a beaser is is a bozine abose condensate laser. Okay, so there's
these different things about dealing with condensedcoherent matter and the if you look at
what is in the Lockheed Martin patentand I will I will pull it up

(23:48):
here, probably that's probably a goodthing to to pull up so people can
understand that this is a real thingand it's it's it's it's sadly. I
mean, I'll come to that ina minute. So essentially we launched this,
Yeah, we launched this project.What it was was it all went

(24:11):
quiet. There was an effective disinformationcampaign around this technology. I don't know
the truth in this. But thereis a story out there that Stanley Pond's
had a gun put to his headwhen he opened the door, and it
scared him so much that he literallyfled the US. I think he relinquished.
He was half French, half American. He gave up his American passport

(24:37):
and he went to France and hewas funded by Toyota, and they worked
together for about five years, fundedby Toyota down in France. And essentially
no one has seen Stanley Ponds.He's still alive. Unfortunately, Martin Fleischman
died in the year that I triedto go to the first conference in this
field in twenty twelve, but hedid write the forward to a book called

(25:03):
Fusion in All Its Forms by JohnPaul Barbarian, who's a leader in the
condensed matter nuclear science field. Soand I understand at the time that they
both fled and they dumped their equipmentwith whoever they could to get out the
country. I mean, it wasreally frightening scenario for them. And I

(25:26):
don't know how many people knew aboutthe event that I talked about, this
singularity where they saw something well intheir opinion, beyond nuclear a coherent matter
of ball lightning like effect in myview, and so there was a campaign
to shut them down. And Ididn't get interested in this until there was

(25:48):
a very flamboyant guy called Andrea Rossiwho went public claiming all kinds of things,
and he tried to actually reach outP and Telly originally to get his
engagement, and P and Telly refused, and then he went to guy a
nuclear scientist at Blonde U University calledSergio Ficcardi, and he stepped in and

(26:11):
kind of gave credibility to what Rossiwas doing. Whatever. Whether Rossi had
something, has something, or neverhad anything, it's completely irrelevant. What
he did was he did showmanship,and the showmanship got me and at least
four other people to go to theconference in South Korea at the KIST Material

(26:32):
Institute of South Korea. And whenwe were there, we were looking at
all of these scientists who were seeingthe same kind of products being synthesized in
solid phase fusion systems, in liquidphase and in plasma phase, gas phase
whatever they were seeing across all thesedifferent systems, but they had at least

(26:55):
seventy theories, and so they wereall trying to win the new Nobile.
And like, if you've got seventytheories, well at least sixty nine of
them are wrong. Right, sowhen you ask what is cold fusion,
it's not quite so trivial and so, but what was interesting is that if

(27:15):
anyone was having a reasonable amount ofsuccess, either a pseudo private entity or
a private entity maybe or a governmentbody would swoop in. They would invest,
and they'd get them spinning plates untilthey died, and dying they were.
And we realized as a collective,the so called young people, we
weren't that young, but younger thana lot of them in the room.

(27:37):
We realized that if someone doesn't dosomething radically different, then these people are
going to die with all of thisincredible wealth of knowledge. So we came
together, it was four of us, and formed the Martin Fleischmann Memorial Project,
which you can see at Quantum heheatdot org. This was the original
website. It's mostly an archive site, although there is a current project up
on there right now though, andessentially the idea was is I wanted to

(28:06):
create a system where we could publishexperiments live on the internet, unredacted data,
and that people could guide and informon the design of the experiment,
the protocol, what equipment was beingused, how the analysis should be conducted,
and soon and then they would havethe live data actually published as the

(28:26):
experiments being conducted, and they canactually comment and suggest how the experiment should
change. And we were doing thiswith equipment that a guy called Ryan Hunt,
one of the founders actually made him. His father made it and it
was like for monitoring home energy systems, and they reperson purposed it so we
can actually show these live datas.And this was before any of the major

(28:48):
digital acquisition companies could actually do thiskind of thing. And we needed then
one person at least to provide uswith an experiment, okay, And one
person did come forward, and thatperson was a guy called Francesco Chellaney and
he worked for the Italian Nuclear FrascatiInstitute. And he had a piece of

(29:12):
constantin wire that's nickel and copper,and it was loaded with hydrogen and he
would heat it up and he wouldsee excess heat. And he had shown
amount of excess heat to the tuneof in excess of twenty percent at National
Instruments Week in Texas and in theconference and it was a live demonstration.
So we said about raising some money, and it was all funded by small

(29:37):
donations from the public and from ourown personal resources as people setting up this
open project. A lot that earlywork was largely funded by Ryan Hunt's father,
Paul Hunt, so thank you tohim, so and thank you to
all of the people that helped thiswork. Essentially, the claimant they next

(30:02):
wanted to do fusion by increased theexcess heat by raising the temperature, and
they had a thing called boris silicateglass, and they next wanted to use
fused quartz. Now, the borissilicate glass softens about three hundred degree see.
Fused quartz can go to like onethy seven hundred degree see. So
we thought, well, they wanthe wants to do that next, so

(30:23):
let's do that now. And sowe did it, and we didn't see
any excess heat. So we thoughtwe've done the first thing wrong. The
first thing is don't try and changethe experiment. We changed the experiment.
I know the experiment. So thiswas going to do it, but we
changed the experiment. So we wentto borisilicate glass and we attempted a second
time. This was with Mattia thelatt another director of the project in and

(30:48):
we started the experiment on twelve secondspast twelve minutes past twelve on the twelfth
of the twelfth of the twelfth,California time. Of course it we started
in France, but anyway, wethought that's not going to happen again.
And two days later I was ina military base in Rome publicly giving the
data. We had achieved twelve anda half percent. It would have been

(31:11):
better if it was twelve percent,but it was twelve and a half percent,
so and then I gave my presentation. The experiment was still running.
They could analyze the data live atthe back of this military base presentation room.
And after gating my presentation, Iwalked out of the room and I

(31:32):
was probably about eight meters from theroom, and I heard this fairly sturdy,
brisk footsteps running up behind me andon my left shoulder, this Italian
general tapped me and he said tome, and he kind of whispered in
my years, he says, youneed to use an alkaline metal. And

(31:55):
I said, well, what doyou mean, like lithium and he said
and he just smiled and walked off. And it was much later that we
found out that they did use deuterium. But when you take pure water like
you get from a scientific grade,from a supply, a chemical supplier,

(32:19):
and you take the heavy water,so that is not H two oh,
it's D two oh. Okay,you need to make an electrolyte, so
you can do the electronicis and itturns out and we were actually through Jehan
Poul Barbarian and Ponds showed and handedover some of their stock of their electrolyte,

(32:45):
which was lithium aluminium deuteride. Sothey had lithium in their experiments.
Okay, so lithium in the secret? Then? Is that the secret?
Saus Well, I'll tell you.I'll tell you one of these is we
can turn into buzzncept. So haveyou heard of Castle Bravo? I have

(33:12):
no. I'm pretty new to allthis. My best to catch up on
the side. So Castle Bravo.I think it was the largest atmospheric test
or the largest nuclear test in Ithink the Polynesian Islands, I don't know,
like out in an at all,out in the Pacific, Okay,
and it was it yielded two anda half times they're expected yield. Now

(33:39):
what what normally happens is you getneutron, they go into lithium six and
that forms two tritons to to heavyhydrogens, and they go and do more
fusion. Okay, because the oneof the easiest reactions is a deuterium and
a tritium in a thermo nuclear bomb. Okay, so so, and in

(34:00):
fact, if you look at fusionreactors, they will have a lithium jacket.
And the lithium jacket is where theneutrons are caught caught by the and
what it has is that the lithiumitself has a high cross section. What
that means is it's good at stoppingneutrons. So one you stop the neutrons
and two you convert that into moretritium. Right, And so what they

(34:22):
didn't expect is the lithium at sevenactually playing a role. Okay. And
now lithium seven is most of lithium. So if you don't purify your lithium,
I think it's like it's only liketen percent or at most. I
think it's something like that is lithiumsix. Off the top of my head.

(34:42):
You can go and look out allthese things, I'll say some slightly
vague things, and there are allthings you can look up at and Wikipedia
and it's like, go and doyour homework. I could do it now,
but it will stop my flow.So the basic thing is. The
basic thing is that that it waslithium seven. That's respond now. I
have given him presentations that in recentyears that the nuclear research groups in Russia

(35:12):
have found that. Okay, thisis a bit of a jump in the
logic here, but these clusters aremade from a weird stuff. It's complicated
to go into it, but essentiallyit's Tesla's etheric matter streams. And there's

(35:36):
a guy called Kirols and Shushkin,and another one Shishkin, and another one
called Dubovik, Vladimirvitch Dubivik, andhe is a total savant. He there's
an electric field, and there's amagnetic field, an electric dipole and magnetic
dipole, and these are all thingsthat are well understood in the West.

(35:57):
He discovered as part of his thesistworking at the Nuclear Research Center north of
Moscow in nineteen sixty five and publishedin nineteen sixty seven something called the teroidal
moment. And this this thing,which I will show some imagery in a
little while. This allows you tocreate structures that have what's called a non

(36:23):
radiating boundary, and ultimately I believethat they are the thing that causes ball
lightning. Anyway, what they foundis that there is a structure. Go
on, Yeah, well you mentionedball lightning. The first question I have
on the work is is ball somethingthat can naturally occur and then that we

(36:45):
have to produce then with the nonradiating injury? Is that the shell of
the ball lightning? How did youfind that? So I can show you
papers from nineteen ninety two from EdwardsAir Force Base which are declassified. I
can show you them on this streamwhere they show this non radiating boundary and

(37:07):
that they have quantized their levels,which means when you know this science,
you know that there will be scalesat which this can operate, okay,
and you will know which subfractal scaleyou will need to generate the s fractal
scale above and the skin is itwould appear superconducting and super fluid. And

(37:30):
we can show in our experiments wherewe've had exactly that kind of interaction with
other material and when it gets intothe state, it can cut through anything.
The actual it's like a literally likea Star Trek shield, like totally
like a Star Trek shield. Ifyou built this and someone was firing something
from the outside, it would eatthe thing, whatever speed it's traveling at

(37:52):
one atom at a time, itwould just become part of the borg on
the outside. But we've done itthe other way round, where a guy
called hank Urine has created these thingsin his experiment and it only cuts on
this boundary layer when it gets upto this threshold, and it will cut
tungsten like that immediately, but itdoes nothing until it gets to a particular

(38:15):
point. And then there is anotherone where we've got this copper tube here
and I've got it right here infront of me, this one here which
you can see, and this wasa copper tube sat on with a piece
of iron above like this one andanother one below. So thank you hank
Urine. He operates out of Hollandand a ball lightning formed and it produces

(38:39):
a hemisphere in this case, andit cut instantaneously a hemispherical section out of
this copper pipe and it's like aflash. You see it on the camera
and you see the little flash.Now, there's several things I can offer
alternative hypothesis for for which you've triedto explain in some of your discussions.

(39:04):
Okay, but I need to justround out the angle I was on previously,
which is if you are able toget a copy of this out of
print book The Secrets of Cold WarTechnology, Project Harp and Beyond by Jerry
Vassilatos. He talks about how NikolaTesla, when he was doing his unidirectional

(39:30):
disruptive discharges, he would at adistance create feel these pin pricks in his
body, and these are similar tothose observed by people who have been close
to natural ball lightning. He wouldgo back fifteen feet from his device and

(39:51):
he would still get these pin pricks. He would then erect a glass sheet,
he would still get the pin pricks. He would then erect a copper
sheet and still get the pinpricks.He only found that he didn't get the
pinpricks if he was using magnesium,beryllium, or aluminium, anything heavier,
and he would start to get thesepin pricks. And he called these pin

(40:12):
pricks the result of dirty etheric matterstreams. Okay, these are teroidal clusters
of something that's inside matter. Okay. They call it the hidden energy within
matter in Russia, And there wasa declassified nineteen ninety two document on the
CIA's website. It was declassified intwenty seventeen called something like, oh god,

(40:38):
I can't remember offhand, a journeyto Alpha centuria or something like that.
It was about extracting enough energy fromone kilo of iron with a technology
that would also provide the propulsion technologyto get to alpha century in six years
from the energy that is extracted fromone kilo of iron, and the energy

(41:00):
extraction technology is the propulsion. Andby the way, in the same document
there's bearing in the mind this isnineteen ninety two, they say that this
is the same technology as cold fusion. They literally say it is the same
technology. Right. So what Corrols, Dubbavic, and Shishkin have established is

(41:25):
that for hydrogen isotopes it's two tofour thousand times easier to create this etheric
matter that Tesla observed than for anyother element beyond lithium, which implies you
can create the etheric matter from lithiumis a similar level of ease. So

(41:51):
this is far more interesting than justcreating coherent matter from an alkaline metal.
This is creating something that is subatomic and they believe it's a cluster of
what's called background neutrinos back mound groundneutrinos comprise of more than like two and

(42:12):
a half times the mass of allof the visible plasma planets. Like,
if you take our solar system,ninety nine point eight percent of the mass
of our solar system is the Sun, right. The rest of it is
just flex of dust running around that. So and we're a small We're a
small speca dust, right. Wemight think we're big and important, but

(42:32):
we're not. Right in and youcompare us to book our Sun, to
beetle juice, and it's like it'snot even registering on the radar. It's
a speca dust around beadle juice.So and you add up all of the
stunts in all of the galaxies,in all of the universe, and there's
still two and a half times moreof this stuff. And you know what,

(42:53):
it's all at two point seventy sixCalvin, it's all the same stuff
with the same wave length. It'sexactly the same temperature. It's a coherent
matter condensate through the entire universe.It's one wave function everywhere, all at
the same time, and this iswhat the toroial moment can capture because it

(43:16):
also has the ability, so it'sa relicant utrinos. They are able to
interact with two things, the weakforce and gravity. The weak force and
gravity, and these things can suckthrough. So I can go take you
through a few slides, I cantake you through a few presentations. But

(43:38):
I believe that in a simple segmentin this using only the words of John
Archibald Wheeler, the inventor often creditedto of the term black hole and of
wormhole, I can use just aclip from him with what I've already told

(44:00):
you to explain what you see inthat video. Now the question is why
did I get interested in that video? Well, in January twenty twenty one,
I was asked to be interviewed byRoss Coulthardt as part of his work
to try and work out what wasgoing on between these various so called disclosures

(44:22):
that were going on, and Idescribed to him as probably the second or
third person in my life that I'veever described to something that occurred to me
and my siblings in nineteen seventy nine. I was standing, I was just
in the house, and my dadcalled us all down into our lounge and

(44:44):
this was at thirty two Offington Gardens, Worthing, West Sussex, UK.
You can go and look at iton Google Maps, right thirty two Offfington
Gardens, Worthing, West Sussex,UK and out of the back of our
lounge as a glass like you know, big French doors, and he just
told us to look up into thesky. It was a late summer evening

(45:07):
in nineteen I think it's nineteen seventynine. I think I was about seven
years old. I might be wrong, you know, the memory place tricks
with you sometimes, but anyway,that's where I think it is. And
what happened was four lights went andthen he said, right, kids,

(45:28):
you can go to bed. Andit's like what but I don't even know
what I'm seeing there. And Ididn't think of anything other than like dad
showing us something in the sky andthat's nice Dad, Thanks, goodbye.
And I didn't think about it untilone of the sponsors of our project,
a guy from Sweden, kept tellingme to go and see the Serious Disclosure
Project, and I thought, okay, oh right, god, he's into

(45:50):
UFOs, like that's fine, allright, all right. Finally I relented
after a couple of years of himtrying to me, trying to get me
to look at these things. AndI looked at it, I go,
all right, that makes sense.All right, well maybe that's what my
dad was showing me. And soI met him in Prague and I told
that That was the first person Itold, and I think was maybe one
other person, and then like that. Then it was Ross Colmant and so

(46:15):
when you started, what it waswas Matthew, the lad who conducted that
first sexual experiment on the Francesco Chillaneycold fusion nickel copper system. He contacted
me a number of weeks ago andsaid have you seen this? And I
looked at it and I go,oh, I know that that is and

(46:40):
what you I've only recently, likein the last couple of months, realized
that due east in the line thatwe were looking is Shoreham Airfield, which
is the oldest custom built airport inthe world that's still running. Okay,
there was there was an airstrip thatwas like for the right brothers to land,

(47:00):
but this is the oldest one.And so my father had good contacts
within the UK Navy. I knowthis for various reasons. And because of
what he did in the navy.And he was also a very senior Mason
and very well respected, and sois his father above him. And so
I don't know whether it was puton because of his navy contacts because Alwy,

(47:22):
was it because of his association withthe Masons. But this was nineteen
seventy nine, right, And theylooked exactly like those spears that are running
around that plane. So I don'tthink this is a new technology. And
I can show you documents that willshow or imply very strongly that this is
not new technology, and I canshow you them in a minute if you

(47:45):
want to see them. Quick Now, before we dig into that, how
did that you just thought of sayingthat you had had? Right? Did
thatange you? Or how did thatview when you saw that? And did
a change you approached science? Itmake mysterious thoughts. I had literally no

(48:05):
thoughts about it at all, youknow what. I didn't think about it
at all until after I saw theserious disclosure because I thought, well,
hold on the minute, because thepoint the point was I looked at the
Hestalin lights, and the Hestalin lightswere there are phenomena in this valley in
Hestyalin in Norway, and there's youknow, there's a couple of metals,

(48:29):
there's a lot of metals that aremined in that place, and it's got
quartz and it goes through these largetemperature changes, and there is this sulfurous
stream that runs through the center.So you've got basically a big frickin' battery
there with a lot of piezo electricity. And you know, some people have
claimed these things are they're certainly unidentifiedaerial phenomenon or UFOs as we might have

(48:51):
called them back in the day.But they are free floating plasmoids of some
type or ball lightning. They're essentiallyball lightning. And so I walked through
how what we have observed and canrepeat at will in experiments are the same
things. They're just bigger, right, They're just a bigger quantization of this,
And there's a bigger one beyond thatcalled earth lights and stuff, and

(49:14):
so there's a lot of the community. So, like, I was already
around the periphery of ball lightning,and I literally had not thought about it,
and then I saw the serious disclosureand I thought, well, I'm
better start talking because I could realizethat a lot of these things were natural
phenomenon and you could man make them, and I'd already seen them, and

(49:38):
I know my dad's not a freakingalien, right, He's not an alien,
So like it can only be athing that we are making. And
since I've largely deduced that it wasfrom an air base, then maybe it
was an early version of this asa defense system, you know, or

(50:00):
maybe it was just showing, oh, look, we can make these pretty
plasma balls and we can control them. And the idea that you're moving around
and you're changing direction very fast,that's because they're not a physical object and
there's no one inside them. You'reliterally if you know how you can get
a laser point and you can moveit around really quickly in the sky.
Well, it may imagine you've gotsome phase conjugation and you've got some interferometry

(50:23):
between electromagnetic waves and where they cross, you've got a cross point, and
the thing is stuck on that node. You could move that around as fast
as you can move those beams around. These things would be relatively easy to
control. It's like like chasing ayou know, a laser pointed with a
cat running around. So we'll getaround, so this kind of things into

(50:45):
the videos. But what I wantedto is how do you think you would
control that? My approach to beit over remote control or function auty that
you would use. But that so, firstly, the movements that you see
in that video, they are relativelytrivial in mid to early nineteen nineties animation

(51:08):
software. I was the first trainerof new official registered New Tech LightWave trainer
in the UK in the nineteen nineties, right along with my business partner at
the time. And with the software, then you can create those moments easily,
right. The second thing is whywhy three? Why three? Well

(51:30):
two it's geometry. If you havetwo like this, you can't make a
plane from two. I mean aplane, not as in a plane flying
you know, get on it andgo to another place. I mean a
plane as in a piece of paper. You know, you only define a
line. If you have three likethat, you can define a plane.

(51:52):
And that means you know what thenormal of the plane is, right,
And you need this technology to havethe central asimus going through the central ninety
degrees perpendicular to the plane, soit needs to come out there. The
plane needs to be in the perpendicularto the plane that's created by the three

(52:12):
points, and you'll see when itcomes to its final position before it pinches
in and they rotate around to jointheir gravitational waves together. And I'll explain
this with Wheeler's words, and itwill be very simple, very simple that
you see them. Now you showa picture of a charged rod with water

(52:36):
droplets moving around it with static electricityin zero gravity. I saw on your
thing. Okay, so that's whathappens, right whatever, whether that's happening,
because it's happening, it doesn't matter. They need to get those things
equidistant between each other, and toa degree they were self organized because they
repel each other as well as attracteach other. Okay, then they need

(53:00):
that. Then they need to bealigned in the same Asthmuth. And then
I will explain using Wheeler's work ina little while, once we've gone over
some principal contexts. Now the movingthem around. You synthesize them largely using
the Lockheed Martin pattern. You needto create a lot of coherent matter and

(53:22):
when you put it into a ballin their pattern, and I think it's
in drawing three, they show abucky ball like structure of a coherent matter
structure. It literally is a buckyball, and this is the structure that
we see in our experiments. Itmakes these kind of like carbon nanotube type
bucky ball type impressions and an arrangementof the matter around it in the brass

(53:44):
samples that we produce, right,and so I've been saying for years like
it forms these tubes and these thesespheres and stuff which have a you know,
five sided and six sided sections withinthem and branches coming off, and
they are effectively because there are supersuper fluid of electrons, they at least
that's how you initiate them. Theycan form this particular structure on the outside,

(54:14):
and then you move them around byeffectively toroidal moments and interferometry, which
is interacting electromagnetic waves, probably withwhat's called phase conjugation, which is where
you have a wave and another waveone hundred and eighty degrees out of phase,
and that produces nodes which are effectivelyscalar. And this is clearly discussed

(54:38):
by Tom Bearden in his nineteen eightiesand nineteen nineties work and stuff in for
instance, this is Ferdlance, oneof his later books. Okay, so
most of the stuff is in theliterature that you need to understand. So
if I bring up the paper fromLockheed Martin, go to my blog so

(55:01):
you can go to my blog atremote view that I see you when you
can type in probably in the questionyou can go coherent and share that in
your chat. Well yeah, solike like I can just pull it up
here for those that don't know what, So why are you doing that?

(55:22):
Yeah? Go on? I wantto is the asthmth the the surround the
sphere that they create with the threeI'm going to I'll do it in three
D, so give me a second. I'll share my screen. So I'm
gonna have to drag you down here. Sorry, guys. So, and

(55:44):
I'm going to share my other screen. Okay, share screen here? Okay,
so can you see that? No, you can't see that yet,
let's do that. Go share right? Can you see that? Okay?
Oh yeah, okay, yeah,I go right, so you can see
the central spot of this cone here, yeah, which I'm pointing at.

(56:06):
Can you see that? Yep?Right, That is the point of phase
singularity. That is where your electronswill come down this spiral on. Because
electrons repel each other, they willend up one hundred and eighty degrees out
of phase. And then at thispoint they've got no space, so they
have to become coherent anyway. Andthis is the point that creates the Aaron

(56:28):
hoff Bomb effect. Okay, Andthis was talked about by Britt White,
by Eric Weinstein and how put Offin January or February twenty twenty two in
a presentation that's available on YouTube,and they talk about this penros Stare diagram
I also use to describe the Aaronhoff Bomb effect. And then and the

(56:51):
fact that that is the only thingthat will allow us to break It changes
epsil on zero, so you canchange the light speed and the properties of
the physical vacuum to form charge.It changes the dielectric consonant the physical vacuum,
and this allows you to change timein here and also change the speed

(57:12):
of light, and therefore you cango faster than light with the epps on
zero changed. And they talk aboutthis, and then help put Off replies
by saying, oh, yes,and you can go even further than that.
There are all kinds of toroidal jontrees that you can blah blah blind
and then talks about the communication technology, but anyway, So there's this.
You see this little ball at theback here, That is the disruption zone,
and the flux of the gravitational wavecomes through here all through from this

(57:37):
point, all the way down hereand out through the top. Okay,
now I'm going to show you thisliterally in three D because I have the
light wave here. There we go, so I can actually spin this puppy
around here and you can see ourare three substructures which are exactly the same

(57:57):
as the key large structure. Sothis is what you need to produce.
And when they get this close,they will create the fractal above. And
so each of these cones has agravitational wave that comes through and when you
are running this ordinarily the the andthis is the monopole. So it's it's

(58:19):
a topological monopole. So I willshow that with a piece of photoshop here,
So this is each does dots thereI recommend, and we will be
seen visually. Yes, each eachone of those will have the there will

(58:39):
be their own sphere. And thenwhen they join the gravitational waves together,
they make a larger one at thequantitization level above, and they literally snap
to that quantization level. Okay,so so here if I can show you
with the layers this in the Infact, I'm going to bring up the
paper so you don't think I makeit up. This is observation of direct

(59:02):
monopoles in a synthetic magnetic field.And this is by a bunch of people
MW. Ray and this was publishedin Nature. Okay, so this is
what I mean by a synthetic monopole. You end up with a structure here
and they end up looking like hedgehogs, and it's anyway, you can read

(59:22):
the paper. But here's their papershowing and I'm going to show this diagram
with the model that we derived.And the model we derived was from experiment
only, no maths, no preconceptionswhatever. We just looked at what nature
was doing under a microscope and Ikept drawing pictures that would fit until it
fitted everything and it ended up beingthis thing that is just a thing of

(59:46):
great beauty. So what we havehere on this right hand side is a
comparison between experiment, which is everythingthat looks beautiful and clear and sorry fuzzy
rather and and simulation which is everythingthat looks really clear. And it says
experimental and simulated condensate particles. Sothese are Bose Einstein contents its densities with

(01:00:12):
a monopole near the center of thecondensate. Comparisons along the vertial ax axis
are shown in Rose A and B. A and B. I think it's
a row. Sorry, A andB. This is along the vertical axis,
and those along the horizontal axis areshown in Rose C and D.
Okay, I mean it depends whatyour perspective is. But anyway, so

(01:00:37):
this is essentially what these produce.And if I show you here and is
it here, not there, notthere, I'll get there in a minute.
Yeah, okay, So this iswhat I've showed. This is from

(01:00:58):
Alto University. It's the same thing. So you have your spin horizontal,
spin down, and spin up.Okay, and this is the bit that
glows inside that sphere. Right whenyou've got the spin change and coming into
the bottom, you have this monopolepoint here. It's a topological monopol it's
not a real monopole, but itacts like a monop real monopole to a

(01:01:21):
degree, and you can the Russianshave done lots of experience where they show
these things, creating these little birdiestructures on X rays when they're generated,
and you can generate them by theway, by taking a cone and spinning
the cone very fast. And thesethese monopoles are produced by the way.
And if you get a lot ofif you get four cones and point them
to the center, you end upthem aggregating in the center. And then

(01:01:43):
it looks like a particular pattern bya Salvatore piety, doesn't it. Okay,
anyway, so here you can Ican overlay this O structure here and
you'll see this is from the sideand this is from the top. And
if I turn on the geometry there, that is what's going on. And

(01:02:08):
it even has the cone bit comingin. So this is what you see
in those various images in my view, in my hypothesis. Okay, Now
the interesting thing is this is theirmathematical prediction. But this is what the
boseeislin con say, looks like.And can you see you see the S

(01:02:29):
and the S is there? Yes, is there because it's actually got the
sub fractal that produces the S.That's interesting that it's a wheel within a
wheel within a wheel. It wasvery interesting. So is the mom on
a pole faced the opposite direction ofwhere the heat signature is with that,

(01:02:52):
uh you know, it almost caughtthat half circle shape that we see this
this bit here. Yeah, sowhere's the monople the monopole is so if
you if you look, I've gotthis mapped across. So this is the
the spin up, spin middle,spin down. This is above the oval

(01:03:13):
structures you can see there. Okay, so this is the non radiating boundary.
This is the oval sphere that yousee, and it fires a gravitational
beam through the center. Okay,what happens with charged particles? They come
in and they stop at the phasesingularity here Okay, And that you don't
need to power these things once you'vemade them, they self power themselves.

(01:03:36):
They are what's called an anipole.They are they don't radiate their energy.
You can put more energy into them. They're quite stable, right, so
they can last for days. Howwould you so in terms of all go
into the videos of what we've seein the videos with the orbs moving around,

(01:03:58):
how would you define direction of travelwhile looking at your three D your
model here? How would you determinethe direction of travel? Exactly where?
And why were you expect it tobe? So? Visualization? So Okay,
let me let me do that.There is what I've got here,
because the video, I think thatyou're you're your viewers have seen them and

(01:04:20):
I know what you're talking about.So essentially, these structures have a beam
that comes out. It comes outthe back further. Okay, and I'll
have to actually, how am Igoing to do this? I'm going to
have to change my layers here soyou can see I've got this three three

(01:04:41):
tour one here and I can breakit down so you can see the substructures
here. So I'm going to takeaway the that's the main tour there,
take away the lemon, the apple, and okay, so here, so
I've got a three sub tour structureand the sub subtours are only made of

(01:05:04):
two. Okay, Now what happensis where this disruption field interacts with the
tour above, you actually have aleak and the leak is reduced. So
in the alien reproduction vehicle they haveforty eight, which is the maximum number
you can have round and this isin just eight ancient stuff. But anyway,

(01:05:27):
oh dear, oh god. Yeah, So the point is is that
that you have this beam and Ican show it by showing the the I'm
going to turn it off and I'mgoing to show the normal ones. And
they have this disruption beam that comesout, okay, and it has a

(01:05:47):
certain level of extension perpendicular to thetaurus. Yeah, well you'll you'll see
it in a minute. I meantapple out to shell, so you can
see here. And I'm not thisis only for a two tour structure.
But like I say, you can'tuse two two tour practically, you have
to use three and four is pointless. You don't need any more than three

(01:06:10):
to define a plane, so thatthe plane actually has to be within this
part, so you cannot change wherethe plane's got to be. That the
plane's got to be from here inthe center of that. What this is
literally the visa pisces, the fishbladder. It's the sacred geometry. The
plane has to sit between this pointand this point here, okay, so

(01:06:35):
you know the plane has to fitin this zone, all right, and
then it can be acted upon.Yeah, anything within this overall sorry,
anything within this overall bubble, epsilonand mewror is changed. It's called the
permittivity of the vacuum ebscellon zero ratheris changed the permittivity of the vacuum.

(01:06:57):
And so this seed of light andtime and electric field proper properties will change
inside this. And it's all detailedin a paper by one Kenneth Radford Shoulders
from two thousand and The document iscalled Permittivity Transitions Permittivity Transitions Kenneth Radford Shoulders.

(01:07:19):
Kenneth Radford Shoulders demonstrated and showed thatall sparks have a ball lightning or
what he calls a charge cluster andeventually called an exotic vacuum object as a
leader. That doesn't matter whether it'sa spark coming out of your finger or
the leader that ionizes the channel fromthe loan potential to the high potential between

(01:07:45):
a cloud to ground ground cloud,a cloud to cloud lightning discharge. It's
always got a ball lightning that doesa charge cluster that does the ionization channel
first. And you can see thison extremely high fee foot speed footage of
lightning, and these things will getexcited and they will split up in and
produce your lightning branches. But it'sonly one that will hit the the the

(01:08:09):
higher potential. And so yeah,so it doesn't matter when you've got three
or whatever. So I think whatI need to do is just go through
a couple of papers which you needto note down and your your followers need
to read and get up to speedon so so, so essentially this this

(01:08:30):
is a topological monopole, and wecreate them and we've done a lot of
that. So the first one beforebefore I do this, I need to
show you, I need to showyou something else, okay, So okay,
all right, so not here,okay, So okay, all right,

(01:08:56):
I will do this here and Iwill do it as present of you,
and then I can see you.Can you see that? Yeah?
Yeah, okay, So what Ithink when you would do your presentation of
humans? Okay, So basically thisis twenty three. If you have twenty
four, that's half of a circle, that's forty eight. That is what

(01:09:17):
I observed by looking at this particularsample by John Hutchison in twenty twenty that
were synthesized in two thousand and seven. Okay, so on here I found
several quantization levels on there using afairly cheap microscope. These things do not

(01:09:38):
care about electric and magnetic fields.This is a high magnetic electric field.
In Henkuren's experiment, these are actuallythe same kind of thing. These little
plasma balls, they don't need tobe illuminous like this to this level.
You can see a less luminous oneup here, okay. You can see
an almost unluminous one here okay,But these ones are luminous, so you

(01:09:59):
can have raininges of luminosity on theoutside they produce these. This is a
coherent matter wave here, and it'stwo things orbiting around each other. Sometimes
we see three and sometimes we seemore. This is effectively the same things
as you're seeing, but already inthe next quanta up that you're seeing going
on with the plane. In myview, so it comes out of Winston

(01:10:23):
Bostic's work. He was charged innineteen forty eight to make a fusion technology
that was practical out of the Thermonuclear bomb. And he worked on Project
Shermande project at Sherwood as part ofthe Atomic Energy Commission, and he worked
at Los Alamos and Princeton University andso forth. And he shot tooids of

(01:10:46):
plasma okay, and this is deuteratedtitanium, and he does a discharge ten
thousand amps incredibly small amount of time. It produces a plasma loop which as
a current going through it, whichreconnects and forms a torus that gets passed
over a magnetic field and it formsa touree of torrai. That is the

(01:11:11):
structure. That's the basic structure.And this is talking about non non rati
eighteen boundary. People can look atthese peer review papers in Nature Materials,
and you can also download the bookev A Tale of Discovery, which is
five years after Ken Shoulders. Sowho's Ken Shoulders. Ken Sholder is the
guy that was brought in, inmy view, by the CIA to investigate

(01:11:34):
John Hutcheson's work from nineteen seventy nine. So he came in in nineteen eighty
two. Five years later he published, he was awarded several patents. Go
and look at them. The waythat he creates these exotic vacuum objects is
the same way that Lockheed Martin claimedthey create without crediting Ken Shoulders in their
twenty thirteen patent. Right, gofigure, and it says here these these

(01:12:00):
waves can be thought of as longitudeand waves as the vacuum. They're largely
undetectable by standard electromagnetic detecting means,but are readily accessible in the monopole world.
This is nineteen eighty seven. Thereappears to be an incredibly large number
of useful phenomena yet to arise fromusing potential effects that are not immediately accessible
to electro and magnetic field. Thisis vector and scalar potential. What happens
with these structures? This most simplerone. This is an anapole. It

(01:12:25):
was discovered in nineteen fifty four byZa Eldovich. Okay, you haveteroidal currents
here which sorry, you have amagnetic field going around these ploidal currents.
They oscillate, and you have apoloidal an electric oscillating field. This is
the most simplest one. And thefield's canceled at the distance, and you
only get the vector and scalar potentialsoutside. Okay, So these things quantize

(01:12:48):
and they are self contained structures.And if you pump energy into here,
you can keep pumping energy into hereuntil all forms of matter will decay.
Now you don't need when you havea fractal toroidal structure, and this is
published in a twenty seventeen paper ina major period view journal, you do
not need these oscillating components. Itwill self organize into a non radiating plasmoid

(01:13:12):
structure. Okay, this is innature materials and it's basically describing the same
thing as was described by Ken Shouldersthirty years previously. So do you think
they didn't do anything with Ken Shouldersdoing these patterns? And you know no,
I think they did a lot.Here here's a third order structure with

(01:13:35):
that. Sorry? What all right? Give it one? Sorry? Okay,
you can keep it on. Yeah, after you're with this part,
because it's very interesting and goes backto what you were shy where you're showing
here where you matter. Yeah,it goes back to the videos if you
want to dressed that. I rememberI was watching your tradition a couple of

(01:13:56):
weeks ago, and one thing thatI was interested there's two pass is that
this is either some type of teleportationor some type of annihilation event. And
early I was all about thinking therewas annihilation of that, but I ruled
that because I thought, well,since equals up square, this mass HASTI
goes our zapp must have been allowedto Okay, it wasn't an event.

(01:14:17):
I'm wondering, can you pract myunderstanding of that or okay? So yeah,
I think you've asked the question.So let's address that now. One,
when when this matter is condensing,it releases two killer electron fault photons.
They are not thermal photons, right, and so you don't see them

(01:14:43):
in IR, but the energy isdissipated. Secondly, when if you get
to the point where you get unificationof the forces, and so if you
go and look at a patent byMikail Solin, which was awarded in the
USSR, actually not in the Sovietrepublics, so it's nineteen ninety two for

(01:15:04):
his quantum coherent nuclear reactor. Hefires an electron beam into a low vapor
pressure metal and it forms these solotonsof opposite magnetic charges that form clusters in
spheres or tubes, and inside thereyou get unification of the forces and decay

(01:15:24):
of baryons. What are baryons?That's a neutron of proton in nucleus and
the baryons can decay into light andleptons. What do I mean by that
light? Well, you know whatlight is. But light doesn't necessarily need
to be thermal. It can alsobe gamma rays, it can be X
rays, it can be extra lowfrequency rays, none of which you can

(01:15:45):
see in the visual or the Butif you have X rays coming out.
They will excite air molecules around it, and they will produce photons in the
visible spectrum, which are still notthermal. Right, Okay, So,
and then leptons can be either chargedor uncharged leptons. Charge lepton is an
electron, a muon or a taoon, or the uncharged leptons is electron neutrino,

(01:16:08):
meon neutrino or town neutrino. Youcan have a vast amount of energy
released without any explosion because it's animplosion event, and then it releases what
the Russians call field forms of matter. And I'll give you an example.
There's a guy called Maha Dave andShrinovazan. He worked at the Barbratomic Research

(01:16:29):
Center. About twenty years ago.He was given data from a electric arc
furnace in India and they had threesomething like meter wide graphite electrodes something like
eleven megawatts going in. So yougot three interesting it's three anyway, there's
three of these going into what's calleda ferrosilicon furnace. And what they were

(01:16:53):
chucking into this was scrap iron,sand and coke, you know, like
charcoal. And what they got outof it was iron silicon alloy ferri silicon
alloy. What they found was init's a continuous process. You can't stop

(01:17:16):
this because once you stop it,everything set solid, right, So you
can't. You have to keep itgoing. For eleven weeks, they produced
three tons of excess silicon and oneton of extra excess iron per day,
right for eleven weeks. And ifyou work that out, it's something like

(01:17:36):
three hundred and fifty tons, whichis the mean way of an A three
hundred or an A three hundred erwhatever. It is the bigger one,
right, And you know what,there isn't a massive hole in the middle
of India. And if you takewhere's the silicon coming from, Well,
if you take carbon and oxygen andyou fuse them, you end up with
silicon twelve sixteen twenty eight. Right. So they were doing fusion using intense

(01:18:04):
electric energy, which will, whetheryou like it or not, it will
create these vertical flows. If you'vegot three electrodes in there, it's going
to do some stuff like this.One's going to spin around here because you've
got an electric arc and then you'vegot a magnetic field spinning round. There's
going to be spinning here, spinninghere, and spinning here. It's going
to be creating these same things becauseyou've got hydrogynamic shit when they say that

(01:18:27):
it's in the fluid of the metals, which all got in a plasma kind
of state. Because the electrons arenot associated with any particular nuclear you're going
to get these structures for me,so it's unsurprising. So you don't have
necessarily a nuclear bomb like effect.You don't need to have that. We
do experiments and it appears that we'resynthesizing elements, but the world isn't ending

(01:18:49):
because what happens is when you formthese coherent matter structures, the nuclear reactions
occur inside, and when the coherentmatter structure collapses, well they just pop
out. And I can show youwhat happens because there's even photos of it,
and I'm going to show you rightnow. I'm going to show you
in in a paper by it's abook. I have the book here which

(01:19:14):
I remastered. It's The Steps tothe Discovery of electro Nuclear Collapse by tucka
Eki Matsumoto. Sadly, he diedearlier this year. I did get to
visit him just before he died andthe key phrase in here which I must
read before I show you an exampleof what happens in these spheres. And
we've replicated what he showed far.In the universe, nuclear collapse is very

(01:19:36):
often take place by the gravitational forceafter stars consume their fuel. That would
be when the black hole happens.Right, Since the electromagnetic force is about
forty orders of magnitude stronger than thegravitational force, it should be easy to
induce similar nuclear collapses by electromagnetic forcein laboratory, but we never knew now

(01:19:56):
and never knew until now how todo that. Recently, the author discovered
a nuclear collapse which was induced bythe electromagnetic force in laboratory. During study
of the mechanisms of so called coldfusion phenomena. Several kinds of nuclear reaction
which were directly induced by the electromagneticforce called electro nuclear reactions, were found

(01:20:17):
so far to occur in a specialstate of hydrogen clusters called iconic clusters.
This is his idea or microball lightning. The nuclear collapse was one of the
most remarkable reactions among n rs calledelectronuclear collapse enc. Furthermore, very amazingly
completely broken materials by enc were foundto be regenerated again to thin tubes and

(01:20:41):
films of conventional elements such as carbon, oxygen, and iron. The latter
process was called electronuclear regeneration. Soyou can push this so hard that all
of the matter is converted to fieldforms of matter. And there's a guy
called clad Off and he actually didthis between nineteen ninety nine and two thousand

(01:21:04):
and two using sound cavitation, convertedcompletely destroyed matter, converting it into just
waves. So we observe things disappearing. John Hutcheson observed things disappearing inside of
the metals here in nineteen ninety nineteenninety, I think is published here in

(01:21:33):
Fusion Technology, the American Journal ofFusion Technology. Using palladium electrodes loaded with
deuterium, Matsumoto cut them in half, and do you know what he found
inside? The material had disappeared inspherical sections that started along the grain boundaries
like this and grew and then consumedentire crystals, and he caused these ultimately

(01:21:58):
microball lightning. Here he describes theprocess here how it occurs, and the
reason is is because you get theconcentration of electrons and hydrogen atoms at the
bank grain boundaries and you end upforming these clusters. Okay, the same
thing occurred with John Hutchison. Andultimately, if it's forming, if it's

(01:22:21):
consuming the whole crystal grain boundary inside, where is the matter going? Well,
if it goes into electromagnetic waves orit goes into neutrinos, it can
leave the match and you don't evensee it. You don't see it,
So go on the go. SoI think the two quick questions on from

(01:22:43):
topic here is that, so there'sa zapp where there's a flash what we
see in our three seventy videos atleast in the satellite do you think that
that might be deicative of this typeof process? And a follow up question
would be how much energy do youthink would be required to induce the singular
area? Very little because it's selffeeding once. Once you get it going,

(01:23:08):
it does itself. So let melet me I can show you a
bit to amplifize and ramp up.That is that a good under an inn?
How would you describe it? So, here's the thing. If you
have a bubble in which you changethe ability of electric fields to form,
what is an atom. An atomis a nucleus. Let's say it's a

(01:23:31):
little thing in the middle and onthe outside, you've got a whole bunch
of electrons. Right now, theelectrons are kept to the electrons are attracted
to the positive nucleus, aren't theyYeah, because you've got positive charge in
the nucleus, because you've got someprotons. Forget about the neutrons. They
don't help, right, You've gotthe electrons on the outside. They attracted.

(01:23:53):
But what stops the electrons collapsing intothe center, Well, they repel
each other, right, so there'sa happy librium that they form. Okay,
Now, imagine you change epsil onzero, the ability of the dielectric
constant and the physical vacuum. Thesethings can now that the charge doesn't work

(01:24:13):
in the same way, so theycan collapse in and if they get all
the way into the middle, youget electronuclear collapse. The electrons become part
of all of the protons because inevery atom that ever was, you always
have an electron with every proton.It's like the simplest one is hydrogen,
you know, proteum. It hasa proton and an electron like that,

(01:24:34):
Right, if you have deuterium.It's a proton and two neutrons, you
still only have one electron. Sofor every proton you have an electron.
Whatever atom you're looking at, theones you're made of the one, the
planes made of the one. Thelithium batteries are made of the toothpaste in
someone's everything's got. For every atomnew proton, there is an electron.
So if you change the dielectric constant, then and the electrons can't repel each

(01:24:58):
other in the same way they do. They claps in on the nucleus and
it becomes clapsed object, a fullyclapped object. And you're going to see
this when I show John Archibald's comment, you're going to see everything you need
to know is in that short commentto explain what you're observing. Now,
if you wish, I can showyou a video of what happens when an
exotic vacuum object goes because we've gotit on video, and you'll see that

(01:25:21):
it looks a lot like you've seein your videos. Let me do this.
It's one of the first videos Ishared on my blog. And the
crazy thing is when these things blowup, they actually leave a cold thing.

(01:25:43):
So what happens when when the matteris clapsing in, and this happens
at electronic speeds. People can't conceiveof the speed at which these kind of
reactions occur. They happen so fastit's mind boggling. Right. You think
when a hydrogen bomb goes off,it goes from nothing to like a big
frickin' thing that's miles wide in theblink of an eye. Well, look

(01:26:05):
at how fast they claimed that thethe universe went from something the size of
a p to something the size whichis unfathomingly big. That that is kind
of when when you're talking about thesereactions, they can occur to all intents
and purposes instantly, okay, andthen many things going on at the same
time. So I'm going to sharethis wonder if I can drag this down

(01:26:30):
and it's called evo blaster and youcan see it here. So I don't

(01:26:58):
I don't know, I need toactually share, don't I That would help?
You can't see the people on mychannel can see. Let me share
that, Okay. So essentially whatyou have is you have these flashes and

(01:27:30):
then you have a cold zone leftover right, And so this is an
exotic vacuum object, but it's reachedthe point at which it's now detonating.
And so if you look at Matsumoto'swork, he talks about on page ninety
one that when the black hole explodes, the explosion of a black hole here

(01:27:56):
you get a carbon film forming,but you also get this wormle and that
the matter comes out somewhere else andis reborn as other elements in electro nuclear
regeneration. I can I can showyou actually because I have it somewhere here,
the biggest mess ever, so realquick in that scenario, though it's

(01:28:20):
mattered coming out somewhere else, right, Yes, for something that's the size
of a seven seven, should therebe some byproducts somewhere? Yeah, but
it might be in the middle ofthe Earth, and it might be in
some galaxy far far away. Yeah, yeah, So it could be somewhere
else that we're not seeing this.I prefer the second option, which is

(01:28:42):
using the nineteen seventy nine, thesame year that I saw these balls in
the sky propulsion technology that was proposedto NASA by A. C. Holt,
which has the fractal to roidal structurein there. But before we go
that, I just want to closethis out by showing you this diagram on
nine page ninety one here so youcan you can see it a little bit

(01:29:04):
clearer here. So this is hisconcept having studied a lot of particular pieces
of material. You have this zoneat which the explosion spans out to and
that's the point of electronuclear collapse,and then through the wormhole, and you
have the emission from the white hole. So it may well be that this

(01:29:26):
will go down to ground and whateverwas originally in the matter, it's now
inside the earth. And the eruptionof wavel is very interesting. I was
talking about that with subs and justreal quick on that, just a side
note. You're going to look intoit. What do you think for Pious
in his work? Is that youthink it you know it's similar to your

(01:29:49):
work. Do you think there's differences? What are your thoughts on that.
I think it's definitely well researched.I don't know how original it is.
I do know that in twenty seventeenwhen I realized I had to either walk
away from this science or actually becauseof the implications of what I was finding,
or move forward. And I onlymove forward because it was obvious to

(01:30:11):
me that this had been weaponized andit was only going to be used to
subjugate humanity, and so and Ithought, I will take a full on
reputation hit. I don't care.I have no choice. For various reasons,
which I've explained in the past.I knew I would always have to
do this and that it wouldn't besomething anyone would be particularly happy with me
doing. And I will say onyour podcast for the first time, when

(01:30:35):
just before I released on a particularpresentation, I looked into the camera and
I deliberately looked like I'd lost mymind, but I was acting. It
was to gain a bit of buzz, right, But the point was genuinely
I was also in shock as well, so it was easy to do.
But I said, you know,I don't know how these people can sleep

(01:31:00):
night knowing what that they've done andthat they're hiding this from humanity, and
you know who they are. AndI said, you have got a few
years to come clean with this,And that was in January. That was
in March twenty seventeen. I said, you better come out and be public
about this because it's going to comeout. Now, it's going to come
out. And one of the particularparties I was referring to was the US

(01:31:21):
Navy, And that's the first timeI've said it. It's absolutely crystal clear
that they've had this technology, andthe evidence is already there in the record.
So the other thing is about SalvatorePie. I've already done a presentation
where like I went visited the Hutchinsonlab which is in a secret location in

(01:31:44):
Germany, his previous lab, whichhas been reconditioned and stuff, and they're
waiting to operate it, having theskill to do it. And if I
just stopped sharing for the minute,and in there there was a sample and
I pull up and this is fromthis is before the pie patterns were released,

(01:32:06):
and I pulled it off the shelfand I said, what I believe
is going on here is there isa piezo electric material and the electromagnetic waves
interact with this alimilium block and formphase conjugation and coherence in here. And
this is the basis of what's goingon that's producing the Hutchison effect. The

(01:32:27):
reason I said that is because inthe late nineteen fifties and published in New
Scientists in nineteen sixty three, theyshowed using a piezo electric material called quartz,
which I referred to earlier. Ina number of different cases. They
used a magnetron to produce electromagnetic wavesthat goes into the piezo electric material,

(01:32:51):
which can convert the electromagnetic waves intophonons at the frequency of the electromagnetic wave,
and it travels down the quartz,it comes off the others far side
and reflects back and you get theselittle blips as the sound which is at
the frequency of let's say two pointfour to five gigahertz, that's the sound.

(01:33:12):
Its sound, but it's weird tothink about it. It's like so
ultrasound, it's unbelievable. And whatthey found is that if you go to
ten gigaherts, you actually start gettingsound which is at the same frequency,
or rather in same periodicity as theinteratomic spacing. Okay, and this leads

(01:33:35):
to you be able to create phaseconjugation at each atom nucleus. And because
as I said earlier, the electronshave a relationship with the nucleus, right
the nucleus is held within a shieldof electrons. If you've squished that on
the electrons, because you've got aphone on coming through a sound wave it's

(01:33:59):
going to affect them, so you'regoing to get standing waves right in there.
And so what this means is youcan make coherent matter. Now,
what would be the best charted choiceof element to make coherent matter from?
Will? It would be one witha single isotope. What is that?
It's aluminium, That is what isin the Salvatore pious. He puts pps
T lead zoconium titanate, a piaselectric material on the outside of aluminium,

(01:34:24):
a mono isotope. He then hitsit with pulses of electromagnetic waves. Why
is that doing What it's doing,it's creating room sent superconductivity because it's converting
that single element isotope by using soundwaves, which are effectively scalar at the
intra atomic spacing. It gets themall into phase. And when you have

(01:34:45):
all of the same matterwave in phase, the whole thing becomes superconducting. And
it was published in nineteen sixty three, and I agree. I think they'll
sub patterns and obviously, you know, leave on all types of sciences.
Of course it has to. Yougot that super Yeah, that's what I

(01:35:12):
was just gonna say, you've gotthe super conductor. Now, so is
that. How is that like kindof by which all the rest of this
is possible? Then the thing isthat work? Okay? So so so
let let me get the Lockheed Martinpattern. It's the right time to bring
it in now. Yeah, I'mgonna am I sharing my screen? Or

(01:35:34):
am I what's happening here? I'mnot sharing my screen at the moment.
That's okay. So that's okay,all right, So I need is it?
Is it down there? Okay?So we go to my blog at
remote view dot I see you andgo to just typing coherent Probably that'll do

(01:36:00):
it. Maybe there it's the firstblog article public blog article, and it's
the Aaron Hoff bomb effect, thebomb Aaron Hoff effect, and how it
relates to the So here it is. It's called Systems and Methods for generating
Coherent Matter Waves. There we goUnited States Patent. This is probably one
of the most important patterns here understandingthis. So this is filed December the

(01:36:29):
twenty eighth, twenty and eleven.Okay, and it was prior published on
July the fourth, twenty thirteen.And so here you've got a magnetic field,
You've got some micro cavities here,you've got cathode which is emitting charge
clusters in exactly the same way.Sorry, I'm not sharing my screen,

(01:36:50):
am I So I'm talking to myself. Okay, So here it is watching
your stream at Okay, you're right, cunning. So here it is.
This is systems and Methods for generatingcoherent matter wave beams. Okay, there's
the file December the twenty eighth,twenty eleven, and it was first published

(01:37:13):
July the fourth, twenty thirteen.Okay, I think the date of pattern
here. Maybe this is awarded twentysecond, two and sixteen. I only
ever saw it in twenty seventeen orwhen we're eighteen or something. Anyway,
they emit electrons via spike electrodes witha pulse. This is exactly the way

(01:37:41):
that was done by Tesla. Andit was exactly the way that was done
by Tesla in his electrical Particles ofMatter weapon as described shortly before he died.
And this is the way that KenShoulders did it. They pass through
a magnetic field with the coupled resonantcavities and this forces coherence along with the

(01:38:03):
magnetic field, and you get acoherent matterwave. Right, And this is
the moment that was the AHA forme. Firstly, this is the structure
right, okay, and this isa ball of coherent matter. Okay,

(01:38:23):
so they talk about how you cancreate so. Furthermore, unlike laser beams,
the Bosinstein, conn and say Eedierform of coherent matterwave, the subject
technology may produce coherent matterwaves that allowboth fermions and bosons to achieve coherence.
According to various aspects of the subjectnology, a system for generating coherent matterwave beam

(01:38:43):
is provided. The system comprises ofa plurality of beam generating units disposed each
each of the priority of beam generatingunits configure it generated stream charged particles and
so on. Okay. According tovarious aspects of the subject technology, intense
direct directed coherent matawave beams of particlesfor bosons eg. Particles with integer spins
or fermions eg. Particles with halfinterurged spins. Neutral charge may be produced,

(01:39:08):
so basically there's no restriction. Theenergy stored in these beams may have
virtually zero entropy, allowing for experimentalphysics with unexplored territories. Coherence in metal
waves in particular foamons fermions maybe beyondthe reach of conventional technologies unless the temperature
can be reduced to near zero.However, in this even this approach may
only work for bosons using conventional technologies. Blah blah blah. And then it

(01:39:32):
goes on to explain you can readit yourself. But it goes on to
explain that in this technology you donot need to have near absolute zero.
It can be at any temperature onlyin as I was describing in the early
part of this, but I wantto talk about the applications here. Furthermore,
coherent matawaves may allow fermions, electronsas well as boson to achieve coherence.
Examples example applications. I'm going tozoom in right here because this is

(01:39:55):
the money shot. All right,Well, maybe it's not going to let
be, but OCAs I'm in thearea, it doesn't matter. Examples of
applications for coherent matter wave beams mayinclude single bath thermal energy extraction. What
is this? This is like suckingenergy out of an area in free space
where you couldn't ordinarily do it.Normally, you need a temperature differential to

(01:40:15):
capture energy. Right using this,you can literally it's like a back hole.
You can suck energy out of somethingthat this is a terrible weapon actually,
but in all by itself, ultrasensitiveaccelerometers, interferometric tracking of air and
spacecrafts. You can literally move thisto track these objects, okay, in

(01:40:40):
very difficult things that you can't trackin any other way. A more accurate
alternative to global positioning systems. Matterwave projectiles. Wow, right, and
this is not teleportation or is thatsome different What do you think? How
would you define matter wave projectile?This is a ball of intense clustered energy

(01:41:03):
that you can fire, and becauseit has its own substructure that allows it
to be in its own space time, it loses its mass and inertia,
and so you can accelerate if youleave it with a little bit of negative
charge. You can use so KenShoulder has described how just using two hundred

(01:41:28):
and forty volts from your domestic powersocket, you can accelerate a whole incredible
volume of energy to one tenth ofthe speed of light just with the field
generated by an normal electro electric socket. You don't need a huge linear accelerator,
okay, because the mass is completelyremoved and the inertia is removed.

(01:41:50):
Okay, Missiles, you don't needa ton of power. Right, No,
you don't. You can excel.It's something phenomenally fast with a low
field. Okay, not only matterwaveprojectiles and missiles directed energy weapons. Notice

(01:42:12):
that's different from mattawave projectiles and missilesdirected energy. So what you can do
is in my presentation at stitchin Ishowed what cold electricity is. It's a
cluster to roidal cluster of electrons inthis condensed state, which then is guided
down a wire. So this wasshown and it's in Bearden's book. It

(01:42:32):
was shown to Bearden in nineteen ninetytwo in Moscow. Right, using an
eight micron wire, you can transmittwenty five killer wats of power. And
what is happening is the structure isguided down the wire by the field and
it carries far more energy. Butthe energy is in the pseudo superconducting state

(01:42:54):
relative the wire isn't The wire isjust the guide. Now there's another way
you can make a wire. Youcan make a wire by using a laser
to ionize air and then the chargecluster travels down the ionized air channel as
a wire, a virtual wire.So that is your directed energy weapons.

(01:43:14):
Okay, you can you can direct, but there's also other ways you can
do it. You can so KenShoulders talks about fluidized electrons which we have
created. You can send those fluidizedelectrons to somewhere. They can go into
the metal, and then you candirect what happens to them. You can
get them to detonate all in onego and shred them a thing. Or

(01:43:35):
you can get them to destabilize andturn the metal to jelly. There's all
kinds of different ways you can manipulatethem. This is like it's like magic,
and you send off the package ofthings that you can then ask it
to do various things with right mattterwaveoptics. So with matterwave optics, you
can literally change the the the dielectricnot dielectric properties, the refractive properties of

(01:44:04):
an area of space. So youcan create a virtual lens in the sky.
You know, if you wanted tolens sunlight, for instance, you
could literally create a lens that's notphysical. You've just literally created a lens
in the sky. I always rememberburning burning what do you call it?

(01:44:24):
Ants? When I was a kid, I got got over it. I
felt too guilty even with an antdying, but like they were quite annoying.
There was a lot of them.Apparently they're like one tenth of the
all all animal biolife on Earth isants. So you know, I've kind
of got to turn come to termswith my killing ants. But yeah,
you can use the s a magnifyingglass to just burn ants, and so

(01:44:45):
you could in theory create a virtuallens in a free volume of the atmosphere
to you know, direct sunlight asit were, in the same way that
I think the Greek Saurce of someancient civilization used mirrors to burn ships.
They would have these big copper mirrorsor something, and they would point them
all on one ship and they wouldset light to it. Right. Cloaking.

(01:45:10):
You can use this for cloaking,right, so you can track a
cruise missile and then make it cloaked. Right. Mattterwave emissions and propulsion propulsion
in there using this matterwave soloton ohI know. And then I'm going to
show you how it's done. Matterwavesolotons, high energy collisions, and high

(01:45:33):
precision matter optics, atomic costs,text tests for physical contents, and other
suitable applications. This is the moneyshop there. This is kind of a
rough idea of where you might wantto use it, but it's the applications
are mind boggling, mind boggling.It's literally a whole new era in science.
Just and this is twenty eleven.This was submitted just as Ken Shoulders

(01:45:57):
said in nineteen eighty seven. Nineteeneighty seven. Okay, so I'm going
to throw a couple of papers atyou right now. So this is force
free time harmonic plasmoids by Jack Natchamkin, and he is at the Phillips of

(01:46:17):
Laboratory Propulsion Directorate at the Air ForceMaterial Command, Edward's Air Force Base.
And this is from nineteen ninety two. It's fairly long paper, but you
can get it free. It's publiclyavailable, and it talks about these structures
herefore too unexploded. An explored solutionof Maxwell's equations is investigated for time harmonic

(01:46:42):
waves, in particular ionized gas.The analysis is focused on the spherically symmetric
cases that behave like electromagnetic energy trappedin the form of a plasmoid. Okay,
you're going to hear the word plasmoida lot. Okay. It will
be shown that a critical frequency existsbelow which the current cannot be carried by
electron and the plasmoid remain stable.Resonance sizes will be shown to exist such

(01:47:05):
at that the plasmoid will not exchangeenergy with their external surroundings. You can
build these things, you can ejectthem, and they're not going to dissipate
any energy at all. Wherever theygo, you can get energy in there.
There's ways to get energy in there. But once you've made these things

(01:47:27):
that they're in their own little bubbleof space time and their boundary conditions can
be met by vacuum solutions to Maxwell'sequations, very analysis calculates free charge density
blah blah blah. What do theylook like? Well, firstly, under
different conditions, they may have nameslike anomalous discharges, charge clusters, and

(01:47:51):
ball lightning. I'm telling you thisis what it is now. What happened
to Matt Tomoto is he was happilypublishing in the American Nuclear Society's Journal of
Fusion Technology until nineteen ninety three whenhe started correlating this phenomena with bull lightning.
Then they changed the rules preventing himfrom being able to publish. Then

(01:48:16):
the Air Force under J. R. R. Roth, in the following
year which he was submitted and Ithink was published in May nineteen ninety five,
submitted a paper that said bull lightningcan teach us about fusion technology and
if we can create a ten millimeterbull lightning, it would provide all the
energy for it home that was infusion technology. After they'd prevented him from

(01:48:41):
talking about bull lightning, now,Ken Shoulders was asked, what tried to
publish this thing in our field?Our field is condensed matter nuclear science.
Ken Shoulders was prevented. Sorry.A guy that worked at Los Alamos National
Laboratory demanded the curator of the libraryof files on cold fusion called at Lenacanna

(01:49:02):
dot org, to remove ken Shoulder'swork from the database. And I never
heard of ken Shoulder's exotic vacuum objects, slash ball lightning work, or Matts
and Moto's work until I mentioned themfor the first time in twenty seventeen,
since I started working in the fieldfrom twenty twelve. It's crazy. So

(01:49:25):
this is ball lightning and what doesit look like? It's a sphere like
that. They don't know about thenineteen ninety two They didn't know or understand
in the West about the internal structureand it forms this spherical object which is
at quantized level. The maths isin here to show the stable quantization levels,
and it tells you about what's onthe skin of the plasmoid, and

(01:49:50):
you know the superfluid nature of it. So here we go. There's a
couple of images like spherical plasmoid matchingthe plan sorry figure two, matching plasmoid
boundary conditions at the surface of theplasmoid. The electric and magnetic fields are
parallel and tangential to the surface.This can be exactly matched by the external

(01:50:10):
vacuum fields. So they're stable structures. Once you make these things, they
can fly through water, they canfly through the air, they can fly
through space. Okay, now youjust oh and do whatever you want for
any period of time time, right, so you can appoy it, you
can just float around it being controlledand the stable. So our understanding is

(01:50:34):
so I'll show you a slide frommy presentation and then it'll help me to
help you understand how this thing canbe stable. So I need to go
here, it's not that one,is it? When there's that one?
And then I need to go aninterview and I want not that slide I

(01:51:02):
want. So this is what Iwas talking about. The penro stairs going
round and going around. This isa facing gularity in the center here you're
not actually going up or down.And you get that with a Mobia strip
and you get that there. Andthis is what I was talking about,
single bar thermal extraction. That isa Mobia strip in there, and it's
extracting thermal energy at the distance fromhere. Okay. And this this,

(01:51:24):
this, this is fusing matter becauseit's yin force, so it's not as
bright as destroying matter. The yang. The yang makes a brighter flash because
it converts most of the energine,but it still projects out to a different
place. Okay. Anyway I wasgoing to show you was what was I
going to show you? What wasI going to show? Wait? Here

(01:51:50):
we go. So so I'm kindof going back to the videos and yeah,
so here you are here, youare here, you are so and
the top left there you have thebasic structure. It's the taurus with a
magnetic pseudo monopole and the electrons comingin or the ions coming into this phasingularity

(01:52:10):
where it can't go out here.This is the overall fractal structure. And
I then showed. I then foundthis in Henkuren's experiment. This was the
first one. We found many manysense and this is the collapsed matter wave
function. Okay, and it's calciumoxide. Calcium and oxygen and calcium oxide

(01:52:30):
are all paramagnetic. They can alllive inside this highly magnetic structure. But
outside it has copper here and carbonhere. These are all diamagnetic. They
cannot go across the boundary because theyget repelled by the intense magnetic force at
the boundary. Okay. Now Ishowed these three to the Russians that I

(01:52:53):
have a regular meeting with, andthey immediately sent back this. And this
is an image from a paper butin the Bilge of Life by a guy
called j. Verblis, and Verbliswas invited because he was interested in DNA
and the coils of coils and howyou could make some because DNA is a
coil of a coil of a coilof coil, right, he thought that

(01:53:15):
if he started making complex coils,he could interact somehow with DNA, And
so this word got about, andso he was invited into this Moscow basement
in nineteen eighty eight and shown thistechnology which looked like you see here where
I've got my mouse. And whatthey did is they put thirty hertz AC
through this and they showed on aFlutskate magnetometa an AC magnetic wave in the

(01:53:40):
center of this structure. And thenwhat they did is they turned off the
power and it still persisted. Andthen what they did is they moved the
device where the center of it washad this AC magnetic waveform, they moved
it over to the side, andin the free space that it was left
behind, it still had the magneticACE waveform, and that this persists for

(01:54:01):
two days even when the powers turnedoff. And so he thought, well,
this is crazy. You're obviously pullingsome trick on me. I don't
believe that this is real. Sohe went to Noveski and I've translated both
of these papers on my blog,and he published although it was confirmed in
nineteen ninety two, sorry in nineteeneighty eight, he only published after the

(01:54:24):
end of the Soviet Union in nineteenninety two in the peer review journal Electricity.
And essentially what he found was usingstandard Maxwell equations, if you have
current going around in a loop,you produce a magnetic vector through the azimuth.
If you have these, and yourotate them ninety degrees and put a
loop of those, you have amagnetic loop with an electric field going through

(01:54:46):
the azimuth. If you take thatstructure and you rotate it ninety degrees and
put those in the loop, youhave now another electric loop with a magnetic
field, and this can go onindefinitely. That is exactly what I described
in twenty twenty, having derived thisstructure from looking at impact marks on the
on John Hutchison's sample. John Hudgersonbeing the same guy that Ken Shoulders developed
car charge clusters from Okay. Andso what they found was was that what

(01:55:14):
it was, this is fractal toroidal. This is fractal toil. Yes,
so like here here is the basicfactal toroidal structure. And what happens was
I looked at the this microscope imageand I found different quantization levels. So
this rotate that ninety degrees and youget this structure. This is the apple
core running through the center. Andif I take that structure and I'm looking
at it from the top, Isee it here now that one. If

(01:55:38):
I take that and I rotate thatninety degrees, I ended up with forty
eight divisions around here, and that'show I got to this structure. And
then we saw them as impact marks. This, this is four, this
is six, this is more.So we see these structures and these are
clap structures. This is thirty six. This would be forty eight if it

(01:55:59):
was a full tour. This isthree in the subtur here and this is
three in the subtur here. Okay, so these created this structure, and
so what it is if you haveelectromagnetic So if you have current going through
a wire, I'm gonna I'm goingto stop sharing right now because it's just
easier to do it in my arms. Right. If you have electricity going

(01:56:24):
through a wire, the pointing vectorcomes off and the energy is dissipated.
If you're going through a coil,the pointing vector comes off and it's dissipated.
If you have a coil wrapped intoa coil, then the pointing vector
comes off and dissipates. But ifyou have a coil in a coil in
a coil, then the pointing vectorgoes into a loop and so none of

(01:56:48):
the energy is dissipated and you cankeep putting energy in and it gets trapped
in a vacuum current. Now theword vacuum the phrase vacuum current comes from.
This was established by Neveski in nineteeneighty eight, published in nineteen ninety
two and released to the West whenthe Soviets threw in the towel when I

(01:57:10):
sent them these three images. Basically, if you have a coil of a
coil of a coil of a coilthat then has a loop of pointing vector
there and a looper pointing vector thereat ninety degrees, and if one collapses,
it re energizes the other one,and vice versa, and so you
have a stable, exotic vacuum object. It's a energy concentrated at point in

(01:57:34):
space time which doesn't require any physicalmatter at all, and it can be
Now, David Freiberger at the SLACKStanford Linear Accelerator he calculated independently the same
thing that Novesky did three decades andtwo decades earlier whenever in two thousand and

(01:57:56):
nine when he was trying to explainball lightning floating around in the superconducting cavity
inside a national lab in the US, and he calculated that the energy concentration
caused by this standard maxiwell equation derivedphenomena could lead to vacuum decay. That

(01:58:16):
is to say, it would knocka baryon off its reference to the direct
s and it would fall apart,and the baryon would just fall apart.
Okay, so I'm sorry to say. And by the way, this is
what one looks like when you makeit. So thank you to Cosmic Day
for making one in the UK.So here you can see you have a
coil wrapped into a coil that's wrappedinto a coil. There you go.

(01:58:42):
He developed a winding machine to makethese things. These are a weapon.
They put them on parabolic dishes andthen project them. That's all I'm saying.
That's all I know. I've notseen it earlier. That's how you
can enable all those from that isthat we were seeing. I don't know,
I don't know, I don't know, but I'm I'm going to describe

(01:59:05):
this. So look here, I'mgoing to go back to sharing my screen
share screen and we'll go here andI will do that one that one.
Yeah sure, right, could yousee my screen again? Yeah? Okay,

(01:59:27):
So around that around that ball lightningsection that was cut, this disappeared.
This is in a flash disappeared.Right, you can go and look
on the on the m f MP'sYouTube channel Martin Fleischer Memorial Projects YouTube channel.
You can see the beautiful pattern thatthe coherent matter creates as it bores.

(01:59:50):
It's like loads of tubes running throughthe copper. And next to it
is the copper is not melted evenslightly. It's like scalloped down. It's
incredible to see. Right, Butjust on the boundary, you have these
fractal toroidal structures of different orders ofN level N minus one level tours.

(02:00:11):
So on this one you have twomaking the structure, and you can see
the material in the center has disappeared. Here you've got three, and in
the center you've got this like Paisleypattern, and the material in the center
has disappeared. Here you've got four, and you've got the material in the
center and it's disappeared. Okay,so in each case here you'll get you

(02:00:38):
only need three, as I said, because two you can't define a plane
from. And you know, Bostickwas the work that I told you about
Bostic trying to make the fusion.Here are his impact marks, published in
nineteen eighty and he says a Dfour D ring with spokes under the surface.
It's the same thing. This iswhat it is now in a paper

(02:01:00):
which I will show you here.Have I got it? Hopefully I've got
it. Yes, this is thenineteen seventy nine paper by A. C.
Holt called Field Resonant Propulsion concept.And by the way, in this

(02:01:23):
paper it lists every single thing thatyou've seen supposedly disclosed about the behavior of
unidentified aerial objects in recent condessial testimony. You can go and read it in
this document from nineteen seventy nine.It's like and I literally mean that.

(02:01:44):
So the speculative propulsion. Yeah.The speculative propulsion concept described in this paper
was presented at the special session ofthe fifteenth Joint These Guys Propulsion Conference in
June the eighteenth and twentieth nineteen seventynine Propulsion Concepts for Galactic Spacecraft. This
concept was developed as a result ofprivate unofficial research. NASA is not involved
in the in UFO research. We'vegot to clarify this because NASA doesn't want

(02:02:08):
to be involved with that. Okay. However, the research which which may
be stimulated by this paper could resultin the verification of the essential elements of
this concept and the feasibility studies concerningthe development of new generation of NASA spacecraft.
Okay, electromagnetic waveforms, gravitational waveformsor space trime metrics. The propulsion

(02:02:29):
system utilizes recent research associated with magneticfield line merging, hydromagnetic wave effects,
and free electron lasers laser generation ofmegagause fields. Okay, so it talks
about alpha waves and you know propertiesof the Earth here, But here is
the money shot. This is themoney shot. This you may be sharing,

(02:02:53):
am i, oh am I letme try that again. Sorry,
this one, this is the moneyshot. Can you see it? Problem?
Yeah? Actually coming up here ina second, can you see a
tourus with things there it is?Yeah, yeah, yeah. Okay.

(02:03:15):
So this is a current loop,a current loop, a current loop,
a current loop, a current loop, a current loop that makes a magnetic
loop that makes ateroidal moment. Thisis a real thing. You can go
and look it up on Wikipedia whata toidal moment is. Now, look
at the magnetic field line reconnections.They connect and end up producing a magnetic

(02:03:35):
vortex in the center and that createsyour phase singularity that allows for coherence at
this center point. Now, what'sgoing around that plane is one of the
three of these Actually not not whatbecause they didn't know what a toroidal moment
was in nineteen seventy nine. Itwasn't verified in the West until nineteen ninety

(02:03:58):
seven, right, so they wereso far behind the Soviets. Okay,
but this comes to my second hope. Not that the matter is destroyed,
like we seem to be able todo fairly readily in a range of ColdFusion
experiments and our own experiments and they'recaught on camera. I hope that it's

(02:04:19):
packaged itself into one of these bubblesand it's used this as a drive to
move it to somewhere else. It'snot teleported. Interesting, it's not teleported.
It's changed the space time metric sothat it has no mass or at
ersia, and then you can movethe next tour up as if it was

(02:04:42):
one tour below with no effective massand inertia. You can move it around
by the same way you move theone above. But when it collapses,
the problem I gon gon go on, no go. I was just going
to ask. So there is apretty big, big moment for me,
raise that you reduce that mass andyou can move. What can you move

(02:05:04):
in any in direction if you dothat? Or are you limited in the
direction everything you see the balls thatcome in can do. You can do
everything that you can see any ofthese spheres do in any of the reports
ever you can do. They canmove in any direction and there will be
a no inertia inside that bubble.So they can be going along like that

(02:05:27):
and instantaneously they could go underground,they could go up into space, they
could go forward backwards immediately as soonas that structure is formed. And the
interesting thing is time will slow downor stop for the participants in there.
And like I say, and KenShoulders in his writings has clearly demonstrated that
you can go with a small fieldat one tenth the speed of light.

(02:05:49):
Well, it would take you notime at all, and also you could
stop instantaneously. Now I was describingsometime earlier today. We were at the
Technical Museum here where I live,and I was saying that, you know,
there's a real problem if you getin a car accident, even at
seventy five miles an hour, becauseyour brain hits the dashboard right, so
your head hits the dashboard, yourskull stops immediately, but your brain keeps

(02:06:13):
moving forward and it turns to mushright, So like that, you can't
decelerate, but you can in thisyou can descelerate instantaneously. You can go
from you can go from six hundredmiles an hour. Capture it in this
little bubble, move it at onetenth of speed of light to another point
somewhere else, and stop it instantaneouslyand gently lay it down on the ground,

(02:06:35):
and then you have a method fordecohering the structure and it right,
it might go and you hold itlike one millimeter above the ground. Yeah,
isn't it budget from the bomb?We're going to keep moving at the
same speed that it got put intothe bumbler. Is that also able to

(02:06:56):
be outified? Well, I'm surethere's ways to get round that. I'm
sure there's ways to get round thateffectively. It as soon as its captured
in that thing, it's it's relativelyin that thing, if you know what
I mean. Now, otherwise you'reyou're you're you're kind of arguing that it
should punch itself way out. No, it doesn't. It's stuck in there.

(02:07:18):
It's locked. It's literally locked.So it's stuck in there. Now,
I'm going to think, Yeah,one more thing real quick on that,
because I think you talked about fermionsand bosons and converting them. You
know, are we talking about asituation where you convert them back? And
if I'm talking about the videos,I guess what I'm trying to figure out

(02:07:39):
is like, could the occupants stillbe alive based on what that's happening?
Can the plane survive the event thathappens there? Or is it going to
be you know, deconstructed, destroyed? You know, what are your theories
on that? Based on if youif you get this wrong, the most
likely thing is that the matter isconverted to other matter, right, just

(02:08:00):
that's what will happen. That's whatwe see appears in physical experiments. So
you don't want that. The factthat they were discussing exactly the toroidal moment
as a means of intergalactic travel backin nineteen seventy nine, and they were
right, this is exactly what youneed is not approximate. And I'm not

(02:08:20):
a time traveler. I didn't tellthem to go and put them in this
proposal. And when you look atthe associated papers with this, there's an
associated paper from nineteen seventy six,and they fire a laser in Japan into
a nonlinear plasma, and they createtoroids in the plasma with internal magnetic fields
of over a thousand tesla. Thatwas replicated and funded by the US Department

(02:08:43):
of energ the UK, the EuropeanUnion, China, South Korea, and
Japan, and published in twenty twentyone. They replicated the phenomena. They
found that it produced in their onesif it was twenty something microns across,
it was something like one thousand,three hundred and sixty tesla's. Okay,

(02:09:05):
bearing in mind the biggest mit superconductingmagnet is fifty tesla's right for doing fusion.
Okay, this is this is onethousand, three hundred and they note
that as a smaller it gets,the far higher the magnetic strength gets.
Okay, and I will show youthis because I have it in my presentation
here. When I get there,am I? Am I showing my screen

(02:09:28):
again? I can't tell now I'vegot so many things up. What am
I showing? Okay? All right, oh okay, so let me go
presented you here? Wind down here? Okay, well, okay, so
that we come into the real moneyshop. Here ahead. Yeah, so
here is this laser paper. Thisis the laser paper and it was published

(02:09:54):
in Physics of Plasmas in twenty twentyone. And as this gets smaller,
the magnetic field goes up. Butnote here is yourteroidal vortex motion on this
backplane. Here, here is themagnetic fields at one point three six thousand
tesla. But also there's a magneticfield that comes to a hard stop here.

(02:10:18):
Okay, Now we already know thations and electrons will come in here
or matter will be pulled in here. Oh god, there's so much I
need to go through. But anyway, all right, fine, this is
the facingularity. You note that themagnetic field literally stops here. It stops.
That is the magnet singularity. There, the facingularity stops. That is

(02:10:41):
the magnetic core. Okay, andthat is the same place at which the
pointing vectors close, so you getelectro, magnetic and everything. The gravitational
wave comes through the center. Andyou're going to know this in a minute
when you listen to John Wheeler.You know that the gravitational waves coming through
the center. You know the electroand magnetic field to come in here,
and it's a singularity. This iswhere you get the singularity in terms of

(02:11:07):
unification of the forces at this point. Okay, so we're going to listen
to John Wheeler. Hopefully you canhear it, because I'm going to move
my mic down. I don't knowwhether it will pick it up. Let
me know if you can hear it, and I will stop it at relevant
points. It's going to let medo it. It's going to let me
do it. Is it going tolet me do it? Why isn't it

(02:11:30):
let me do that? Ah?Okay, that's that's going to not help.
That's going to happen like that.Come on, Okay, I might
need to get that video separately.Bear with me. If you have any
questions now, fire them to meand I'll get that video up. Yeah.

(02:11:54):
So I think that really, youknow, just to kind of sum
it all up, you know,I think that what the idea really wants
to know is your thoughts on kindof the effects. You know, even
so much as we I think weappreciate the science a lot, and I
hope that the academics who are watching, will, you know, look at
this and take it very seriously becausea lot of people wonder and they think
we talk about this kind of stuffthat they think that it's not proven or

(02:12:16):
that it's not supported by science.But I think that if you've done here,
you've shown that it absolutely is andit's proved by science, has been
out there for decades, you know. So I felt, what from a
perspective of the videos, and thatmakes three seventy videos, what we kind
of want to know is it ispossible. What are we're looking at here?
Think what I've heard, and I'dlike to hear your thoughts on it,
is that we could be looking atannihilation of it. We certainly could

(02:12:37):
be looking at I'm going to stillcall it teleportation, but I think that
really it's more complex than that.It's a situation where we can move an
object, a matter wave can bemoved around freely, just like we see
these orbs move around ignoring gravity.The inertia could be stopped entirely. We
can have it put it down whereverwe want theoretically, and to me,
that's very powerful because it answers alot of the questions I've had about the

(02:13:01):
videos. And that's why for otherto speak, I just want to say,
I appreciate you and the time isgoing through all this So did I
get that right or what are yourthoughts just from the straight up, you
know, kind of what could hypotheticallyhave in in scenario. Yeah. So,
I very firmly believe that there's twomost likely options. One total annihilation,

(02:13:22):
and I believe that this was developedas a weapon to remove projectiles.
I believe this is why that theydon't care about kinsles. Like you say,
you say, Putin gets up andhe says, oh, if you
move your carrier groups next to Israel, we'll be able to launch kinzals from
our black sea fleet, from ouraircraft. And it's like, no one

(02:13:45):
even bats an eyelid. Why becauseit doesn't matter if it's going at MAC
thirteen or fourteen, because we canliterally make them disappear. And it's the
perfect technology. Why it doesn't matterwhether you've got a dirty nuclear bomb or
a fusion bomb, a thermonuclear bomb. A thermo nuclear bomb still has plutonium
in it. Like a nuclear bomb, it has a plutonium trigger. If

(02:14:09):
you knock these out of the skywith a missile or a tungsten thing falling
down from a satellite. Firstly,you only have as many missiles as you
have tungsten things coming from the satelliteis not an electromagnetic system which you can
just recharge by getting a bit moresunlight or a nuclear charge on board.

(02:14:33):
You have a situation where you haveraining down one of the most toxic substance
to human life, which is aplutonium, and it's got a half life
for like two hundred and thirty eightthousand years or something ridiculous. Okay,
so this is going to be aproblem for a very long time, every
single bomb that rains down. Butif you have a system that literally makes
that matter convert whatever it is intolighten leptons, which are all very friendly,

(02:14:56):
right, it's not a problem.Nothing rains down. It's the literal
perfect strategic defense initiative, right,the perfect one. So I honestly,
my gut instinct, this is likelya technology that it was developed for destroying
intercontinental ballistic missiles and now kinzars.And that's why that's why America is way

(02:15:20):
behind China and Russia on this,because it doesn't matter. And I have
been saying this for years, longbefore I saw your videos. I've been
saying they don't care about these weapons. And I believe that the Russians are
onto this because their next generation offighter jets will have no metal in them,
so they're less prone to being affectedby this. You know that they

(02:15:41):
will have actually no weapons on them, nothing that will have metal in it,
if they can get away with it. Right, So there's that you
switch you into stan short basis.Oh yeah, yeah, yeah, yes,
I want potentially this as well.I think that so just from the
spectrum, as you just mentioned thatyou could have a perfect defense. So

(02:16:03):
I'm completely wiped about at missile.I've said for years in short, I've
said in short that I do notI have argued that the reason they don't
care about kinsles and upgrading their nucleararsenal and stuff is because they already have
a solution. And I've said thatthey can knock these things out, and

(02:16:24):
I've quoted this number. They canknock them out a one tenth of speed
of light, So who cares aboutMAC fourteen? You know, they can
get these things, generate them,move them to any location on Earth a
one tenth of speeder light easily.I mean you can go faster, but
easily. And then literally, andI've literally said they can make the things
disappear. That's literally, and it'srecorded. I don't know which videos,

(02:16:46):
and I've said it number of times, so they don't care about it.
And then when I saw your video, I go, there, you go,
there, you go. That's itand it is the ball lightning structure.
It is the monopoles. And whenI will get this wheeler video and
we have to close with that,it is all you need to know.
This is the guy that worked onthe Manhattan project. He was the tutor

(02:17:07):
of Finemen and he is the personwho's attributed with talking about black holes and
wormholes and what he describes. Whenyou know there is a GRAVI. Because
we've shared these videos, you cango and look at them called in Extreme
Interactions. Go and look at thosevideos. You can see when one of
these evos is moving in this direction, not caring or about any electro or

(02:17:31):
magnetic fields in the reactor. Anotherone comes over from here and within an
event horizon, it starts orbiting aroundit or gets kicked away. But more
interestingly, it does it in itsforward directional path. So you have one
coming over here and it starts orbitingaround before it's even got it get the

(02:17:52):
gut there, so you know thatthere is a spin field coming out in
front of this structure right now,when those things are coming around the plane,
they will not be pointing in anydirection that will allow them to link
their gravitational waves together. They willbe arranging so that they have the center
in that visaka pieces out to thedestruction beam there, and they will be

(02:18:13):
pointing forward ideally, But they canmove around as long as they don't link
in a loop like I showed youright in my three D visualization. They
mustn't link their gravitational layer, andI'll show with wheeler. But essentially what
happens is they're on the sub tourlevel, but they're still individual end tours.
Right when they rotate like that,this one links with that one,

(02:18:37):
this one links with that one,and links with another one there, that
gravitational wave creates a new gravitational asthmusthrough the center of the plane that pinches
these in, increasing the gravitational asthmusthat pinches it in. So it's a
self feeding loop and they self organizeto the point at which they're non radiating
boundaries repel each other, and thenthey form the tour above. And it's

(02:19:01):
literally like that. You cannot evenimagine how fast that will occur, and
when they come together they have tothey're self converging, self aligning, self
organizing, and and it's all throughgravitational ways. And you have to let
me get Wheeler say his piece,because everything you need to know is in

(02:19:22):
what Wheeler says. So we're gonnawe're gonna find out how to play this.
If you've got any other questions,I will see what go on.
I think maybe to the like let'scall it teleport aspect again one more time,
and then show the video. Okay. Then after that, like you
to plug whatever you want to plug. Okay, I don't have much to
plug. I don't have much toplug. Okay, so the teleportation I

(02:19:46):
would Okay. So when you arein these structures, I believe that because
the the epsilon zero has changed,you're in their own space time bubble.
You will not really perceive time.And because you you are in a fractal
taurus and because your brain works onthe toroidal moment, conscious brains need the
toroidal moment for cognitive function. Right. This is how people can do telekinesis,

(02:20:11):
and how ninael Calighina could stop aperson's heart and move things around.
She had the ability and the understandingto control these things. You can go
and look up Ninil Calaghina anyway,So if you are in there, your
time will basically stop. Now,if you can move at one tenth of

(02:20:33):
the speed light, you have noinertia and you have no mass, you
can accelerate fast and you can slowdown fast. Okay. Now what you
do is you have no perception oftime. In one blink of an eye,
you're on another point in the planetand you're suddenly stopped. And that's

(02:20:54):
it to you. You have teleported, right because in the blink of an
eye you're in a completely different location. So perceptually you have teleported. Okay.
And I've been joking to my tomy my wife's Vietnamese and I and
and I've been joking to her.Look, at some point, honey,
I'm going to be able to goto the Vietnam and we're going to be

(02:21:15):
able to visit in our lunch breakand come back through the planet, not
aground the planet, through the planet. A minimal right that we got to
pull this off. That because ofthe electromagnetic effects that are happening where it's
just amplify itself. But you don'teven need a large amount of energy.
So imagine, imagine imagine one electron. Imagine one electron. That's how much

(02:21:39):
energy you have to move that oneelectron right now, you have to move
that electron from here to hear.It's almost zero and it's well described in
ken Shoulder's papers, almost effortlessless.Now the point is, why would you
not want this technology to get out? Well, you imagine everyone has a

(02:22:00):
craft that uses nearly no energy,and they could go to any point on
Earth and they don't have to gothrough baggage control, they don't have to
show their passports, they don't haveto do X, Y and z.
How the hell could you completely controlhumanity? How could you? Well,
you would have to convince them tohave a chip in their body which would
switch up them off. And bythe way, the same technology. Yeah,

(02:22:22):
anyway, I don't want to gointo what else you can do with
the technology is bad enough with this, I was thinking, oh, we
can make you know infinite energy,but now it's almost the absence. We
just don't need any energy. Youdon't need it amount of energy. I've
said, look, you've got hydroelectricI'll tell you how you can make an

(02:22:43):
energy generator. From this, you'vegot a hydroelectric dam. Excellent, We're
already ninety of the way there.We use one of these structures. We
capture four million tons of water andwe put it in your reservoir at the
top. We let it run throughyour generator. And there's many ways you
can think about this. Like youwant a heat pump, we're using zero

(02:23:07):
bath single bath thermal extraction. Youmake an extremely cold area over here,
and you make an extremely hot areaover here by using the reverse, and
you have a heart on a coldzone. Well, you can use the
thermal electric generator. You can changedips al on zero for one side of
a load of rocks on a pulleysystem running around two cogs tied to a
dynamo, and literally this side's lighter, and all the time it's within the

(02:23:30):
beam of that and it goes aroundin a loop, and when it goes
over the top, it's heavier.Right. You just you know, there's
so many ways you can make anelectrical generator. But the reality is you
can convert matter to energy. Now, if you take two deutrons and you
fuse them, that's twenty five roughlymillion electron volts. Right, If you
take carbon and oxygen, and oxygenyou get CO two. That's five electron

(02:23:52):
volts. So you can see whytwenty five is bigger than five. Right.
Even if you take five and youdivide it by four nucleons, it's
a lot bigger than five. Right, it's twenty five million. Right.
But if you take a nucleon inthe to a baryon like a proton or
a neutron, and you turn thatinto pure energy by unraveling all of that

(02:24:13):
electromagnetic energy that's trapped in that nonradiating structure, that anapole, that is
the baryon. Right, If youwrit that apart, it's over nine hundred
million electron volts. There is nothingbeyond this. There is nothing beyond this.
It's one hundred and thirty three timesmore energy than you get from fusion.

(02:24:37):
Do you understand the magnitude of this? And yes, yeah, As
salvatore Pia says, I'm paraphrasing,but in his patterns, we can destroy
asteroids, but we can also generate. We can take four units about the
size of a domestic fridge, wecan put them around the central plane of

(02:24:58):
the Earth and using the power torun a domestic kettle for a week,
we can create a select singularity atthe center of the Earth, and the
entire Earth will disappear. That's basicallywhat it says in the Salvatore piet patterns.
And on the next line it says, using this app using this application
of this principle, we can alsodo fusion energy. Now you can do

(02:25:22):
matter to energy direct conversion. Nowthat this is where you have to understand
that this is the great power.Anyone that has a face has the answer.
This is the this is the structure, right, so we aren't built
in the technology that runs the entireuniverse and can build it and completely unbuild

(02:25:46):
it right, depending on where it'sgoing one way or the other. And
the weird thing is is like Iused to mock Star Trek for always having
these aliens with just a load ofprosthetic on their face. We are the
answer to the program. It's inour face. So let me get I've
got to get this wheel a thingbecause it's the most succinct way. Yeah,

(02:26:09):
that was amazing, Thank you Bobfor that excussion. I appreciate that
this is the new dawn of anold age. And why is that not
playing. It's it going to playthere, God play for me. Maybe
maybe I've just got no resources.I'm going to close that down restarting it,
Okay, I'll close down no problemthis as well. No, I

(02:26:31):
won't zoom. That would be aproblem. Will pulling that up. And
thank you for being on hard shrewthsfor two here today and going through all
this service. I think that thisis the perfect example of hard shrews.
This is information that a lot ofpeople have a hard time understanding and accepting.
Just went through the implications just asecond ago, and we are talking
about news sources for being able toneed very little power to move things and
essentially report them throughout the planet,or technology that could actually create doomsday weapons

(02:26:56):
under this will planet which no,no, no, no, no,
you can destroy sons. You candestroy sons? Yeah we can, sorry,
maybe even we can maybe. Imean, I don't even want to
necessarily go into all them starts tofreak me out. It's very uh scary,
very big, and it means thatwe have to be very responsible to

(02:27:18):
think with this technology. I'm notI'm not going to be religious here,
but I'm going to say Jesus saidthe meek shall inherit the earth. But
the word meek is a mistranslation fromprowess from from the original Greek, and
it actually means those that know thatthey have great power but choose not to

(02:27:41):
use it will inherit the earth.There's one significant problem with this technology.
If it's used in a war,I believe it will destabilize the magnetic field
that locks the crust to the Earth'smantle and we will have a cataclysmic event.
It cannot be used in war.You cannot use this in anger.

(02:28:03):
I'm not talking about destroying the planet. I'm talking about wiping everything off the
face of the Earth, literally wipingit like with a cloth. Yeah,
it makes maybe that not trying tofeel this technology, to understand this is
most likely of why it's being helpedback or read the disinformation. Is that
the same people the same conclusion thatyou and I have come. But the

(02:28:24):
reality is I think they've had thisforever. Humanity deserves it. As you
point it out, it can changethe world. That can change the circumstances
of billions, if not billions,as I've brought up, of people that
have nothing on this planet. Butwe have to use it responsibly. Right,
absolutely as you are, bang on, absolutely bang on. And the
thing is we use this on Earthbefore. It's in all of the ancient

(02:28:48):
symbology. Every aspect of this isprecisely in the ancient symbology. And you,
any species at any point in theuniverse can easily learn how to do
this from just observing nature. LikeI said, I did no mass and
no preconceptions. I literally looked atwhat was under a microscope what's going on?

(02:29:11):
And I started drawing pictures until ohmy god, this is how it
works, and it's so simple.Right, I'm going to see if we
will work. Now, yes,again, he's going to work. Let's
see, right, I'm going tomove you down here. Yeah, I
think, so what happened? Andhe speaks really slowly, but that's good
because I'm going to sort to stophim. And then I'm just going to

(02:29:33):
fill in the slide show. Andthis is the guy that meant to black
holes? Right, so uh presentedyou can? Yeah? Yeah, yeah,
yeah, okay, they're going todo it for me or what radiation
and pencil of radiation? And Ineed to share my screen, don't I?

(02:29:54):
I hear it? Yeah, yeah, I need to share my because
they're seeing it, but you're notseeing it. So on your I want
it on your recording. No,no, I want I want it on
your recording as well. Where arewe going? Where are you gone?
Now? Though I've got about amillion windows open here, share screen,

(02:30:18):
I want desk not to share.Okay, right, okay, all right,
okay, So you can sit here, and I'm going to go onto
wheeler here, wheeler dealer, takeit away. Ah, all right,
go and do it for me.Radiation a pencil of radiation carries energy with

(02:30:39):
it, and energy has man's andtherefore a pencil of radiation most exerts some
attraction on things. Okay, pencilof radiation. Like so let's say a
light beam, it's got energy equalsempty squared, therefore my to have ant

(02:31:00):
mass. Therefore it exerts some attractionaround it. What about getting a pencil
radiation curved into his circle? Sothe light goes round and round. Then
the attraction it exerts us were concentratedas if at the center. So what

(02:31:26):
is it that Benza's circle the pencilof radiation into the circle. It's the
gravitational attraction of the pencil radiation itself. So this structure here which looks very
much like the structures I derived.This is from his nineteen fifty fours gil
on paper. This has a gravitationalazimuth going through the center. That is

(02:31:52):
a stable structure called gilon, andhe predicted that things in the universe were
made like this. Okay, soeverywhere around this pencil of radiation that's going
around you have an attraction. Butthis stable structure is held together by the
gravitational angsment azimuth. That means thereis a gravitational vector going through the center.

(02:32:13):
As I said before, there willbe a gravitational beam going through the
center of this right. Let themcarry on. That was the idea of
the gen Actually, if you thinkof different possibilities for the size of that
geon, bigger or smaller, youfind that if it's very big, the

(02:32:37):
energy is low. To push someradiation together requires energy, and you claim
a hill like the hill volcano untilyou have come to a maximum energy.
So to do this, ordinarily youhave to put energy in to push it
together, and it takes more andmore energy to push it together white and

(02:33:01):
then if the pencil radiation becomes anysmaller inside, the energy starts to go
down and the thing collapses. Sogeon is really an unstable entity. It
either blows up into a cloud radiationtraveling away in all direction, or it

(02:33:26):
collapses into a totally collapsed object,something that we today would call a black
hole. Okay, so if youcan push it together enough, the thing
would collapse into a black hole.But wait, there's more but that stability
analysis. I didn't have a mindwhen I first published this work. Later

(02:33:56):
did I see that that's the featureit's stone. But nowadays attracted with the
idea that there's pencil radiation going aroundin a circle does not have to be
late. He could be gravitational waves. Right so we already know we've got

(02:34:16):
a gravitational beam coming through here throughour structure, right weight, and you
can have gravitational waves, including tomake a black hole. There you go.
Everything you need to know is inthat little clip by the guy that
came up with the term black hole. It's it's amazing for me. It's

(02:34:39):
a bit of a spiritual moment tobe able to decode that. And this
is a guy at the end ofhis life. When people get honest,
it's gone gone. I was justgoing to say, I think that for
me. I was going to say, it's very brief that you know,
uncovering the science behind this is actuallyled to a better spirit for standing from

(02:35:00):
as well. This is also deepand I think from the perspective it's just
completely unknoo. The last few monthsof going to learning from you another engineer
into as physicists me a whole newunderstanding of our reality to be. So
thanks for sharing that John Wheeler videosawesome. Yeah, so it's freely downloadable
from remote view dot ice you.It is my practical applications for the fractal

(02:35:24):
toroidal moment. What I mean iseach substructure which can go down to torreds
that are twice the diameter of theplank's distance, and each level can have
two or up to forty eight butmaybe a little bit more subturs. You
can imagine there is almost unfathomable numbersof ways this can be organized. But

(02:35:46):
the things self assemble, so sodon quick and what he's saying there is
what I started out with is thesetours when they arrange themselves so the gravitational
waves are pulled into the next oneare pulled in, they pinch in,
they may the new gravitational asthmuth andpinching until it forms a stable structure,
and at that point it's not inour space time. It either collapses,

(02:36:09):
which he says, it can gointo a black hole. And I've described
how when those things occur, you'renot necessarily expecting thermal energy out. You're
going to get other forms of fieldenergy out. Or you could have a
stable structure that is self similar likethe ones that were brought in in the
first place, and can be manipulatedin all of those magical ways you saw
them being manipulated when they were broughtinto the side of the plane. I

(02:36:31):
would like to think it's the latter, That's what I would like to think.
Well, thanks Bob, Bob,I appreciate you having you know here
for Harsh Crews number two. Youwere a great payer today. You went
through some awesome something. You blewa lot of people's minds. So I
would just close it up by askingyou had and plug you know whatever you

(02:36:52):
want to hear at this point shoutout an any shout out. This is
your opportunity to things lop up.Okay, Well, I want to think
and all of the people that supportedthe Martin Fleischmann memorial project at Quantum Heeat
dot org over the years. Youcan find us on the Martin Fleischman Memorial
Project on x on Facebook, onYouTube, and you can also see my

(02:37:20):
own personal writings on remote view dotI CU and that is the tagline on
that is back to the Future throughinsight and critical fiction. And I would
also particularly like to thank the lateNeil Kricht and gold who came up with

(02:37:43):
who's confident enough in an experiment Isuggested and produce some incredible experiments, and
also Hank Uran. In recent years, my wonderful colleague Alan Goldwater in California,
without which his SEM I would notbeen able to understand. Many researchers
that have shared their information with usover the year, and David Bootlea who

(02:38:07):
produced some of the most fantastic fantasticcoherent matter traveling ways and allowed us to
decode this thing that I was talkingabout, how they project something in front
of them that is able to affacteffect like objects. I'd also like to
thank the sadly departed earlier this year, tak akimats and Moto. We have
a reprint of this book, Stepsand the Discovery of Electronuclear collapse. I

(02:38:30):
recommend everyone get a copy. Wemake two cents on this in royalties,
two dollars cents, So if youwant to donate to the project, pretty
much every video has ways in whichyou can donate to the project underneath it.
Everyone that's worked with the project hasdone it on a essentially on their

(02:38:54):
own resources basis. They've often givenup jobs, or they've had no income
at other times and stuff. Butfor me, this is the great I
call it since the early twenty seventeenthe God's toolbox. I say that with
a little G because there are peopleout there that have stolen the Big G's

(02:39:18):
God's glory and they are taking itfrom themselves and they are using it.
And the other ways that this canbe used is just that everything you can
possibly think of that you can do. I can't watch a Superhero movie because
everything is possible, freeze, raise, instantaneous annihilation, cloning, teleportation,

(02:39:39):
you know, every single thing ispossible, and it's you have to completely
change your your framework of reality whenyou get this. And also that it
is based on the sacred geometry everysingle classical building from the ancient world through

(02:40:00):
to the Greek architecture and the Romanarchitecture and every derivative from that, and
obviously the Christian Church. It's justa manifestation of this, the Great Pyramid
of Egypt, all of these things, they are based on this technology.
And if you want to understand asmall fragment of that, go to the
Martin Fleischmann Memorial Projects YouTube channel andfollow every presentation that starts with the phrase

(02:40:26):
oh Dash Day. You can searchoh Dash Day. It's spanning six years.
You can follow my personal journey unredacted, even the stuff that I get
wrong, the experiments, the livesem sessions, everything that explored this thing.
And I want to thank the communitythat have been with me whilst I
was in stealth mode essentially these pastsix years, trying to get the stuff

(02:40:50):
out of the door, so itcannot be unsaid. If anyone else has
a terabyte out there and can downloadfor four K downloader, I'd be very
happy for you to clone the channel. And if you want to use any
single piece of material that is publishedby the MFMP in video form, in
image form, or in on theany anyway, please do so, obviously

(02:41:15):
crediting the project and backlinking. Butwe are at the dawn of a old
new dawn of an old age,and it's great to be back. This
is our species inheritance. We arebuilt in the image of the technology that
drives this. But we shouldn't letthose that want to laud it over us

(02:41:37):
and hold dominion over us to usethis technology to control both our physical reality,
our perceptions of what is possible,what is right and just, and
what literally control our minds, whichis something you can do with it as
well. So on on. Onthat level, I would say, you
do not need to fear nuclear weapons. You do not need to fear them

(02:42:00):
at all. It's a fraud becausethey can make them disappear from the sky.
They can make them disappear from thesky. Your money is being taken
out of your pockets for things thatare not real things. And there needs
to be some coming together of nationsto recognize that this is a real possibility,

(02:42:20):
the immense threat it could fail.This could present on a completely disappearing
of our planet state level, butalso the fact that we are being lied
to. We have an ability toconvert matter directly into energy to travel without
all of those tedious time delays andnonsense, and this planet with this technology

(02:42:46):
could support ten twenty one hundred timesits current population without flooding another rainforest,
chopping up a load of tens ofthousands of eagles, all kinds of technologies
which really really rather redundant when youunderstand what it is possible with this.
I want to thank Ashton for hisincredible hard work on getting this information out,

(02:43:09):
and please share this Ashton's work veryvery widely and learn. If you
have any questions, come to remoteView to ice you ask them. I
tried to do a regular blog postsorry video session on a Sunday night if
I can. This is in lieuof that, but hopefully you can come

(02:43:33):
along and ask questions. Obviously,you know it's helpful if you've done the
homework. Some people have watched everyvideo we've ever put out over the last
eleven years, and that takes fourmonths. There's people that just do the
O day, and I think hecan probably do that. With the reference

(02:43:54):
starting and everything that I have published, it's links back to mainstream scientific journe
and we have shown experiments that youcan conduct even as a three year old
in seven minutes that shows this basicprinciple with a thirty five dollar budget,
Okay, it's literally Galileo asking thepeople calling ma aht heretic to look through

(02:44:15):
the telescope and see the planets asthey are actually moving. We are at
that point of absurdity in this revelation. So thank you very much, Ashton,
thank you for giving me the forumto bladder on there. Yeah,
and so I just want to sayon behalf of n H three seventy x
organization, get up to soliddios lookingto advanced technology. We want to give

(02:44:37):
you an honorary membership owners and wewant to let you know welcome to air.
I'm honored. I'm honored for today'spodcast on hard