Ragnarök

Episode Transcript
Available transcripts are automatically generated. Complete accuracy is not guaranteed.
(00:04):
Bitcoin
is close to becoming worthless.
Bitcoin.
Now what's the Bitcoin?
Bitcoin's like rat poison.
Yeah.
Oh. The greatest scam in history.

(00:25):
Let's get it.
Bitcoin will go to fucking zero.
Welcome back to another confab episode.

(00:45):
Last episode was with Zach Herbert of Foundation Devices.
If you missed that one, definitely go back and have a listen.
Excuse the,
slight rasp in my voice. I had my
dog put down
yesterday,
and,

(01:05):
I'll be honest, it's,
it's not been easy.
He was,
a very, very special little mate of mine,
so excuse the,
slightly solemn tone here today.
I wanna say a big thank you to everyone
who sent in boosts

(01:25):
for the last episode.
I'm gonna be reading through,
the top boost now.
John with 21,420
sets.
It's absolutely stunning
how little mining information Max retains.
For real, I'm dumbstruck.
During the entire mining convo, I just keep saying over and over to myself,

(01:50):
yep, we covered that. Yep.
We did that. We did that story. Yep. We interviewed that guy.
Incredible.
Just incredible.
And also, Max, your most recent previous interview with Zach, he was talking about sourcing foods from the Amish community. And then I invited him in the Mashdadell to meet Shadrach,

(02:12):
who is the world leader in orange pilling the Amish.
Phew. I'm exhausted now.
Sorry, John. Sorry about that, mate. That's why I've got you around to remember everything.
Huge Jizzy Load says,
he sends 15,800
sats and he says real sats,

(02:32):
real food,
HJL,
which I presume is huge jizzy loads. Well, thank you. Thank you, mate.
Late stage HODL sends 6,000 sats and says
close enough for government work has always been the saying I've heard. The alternative
is dot dot dot. Max, please read this part with your best accent for someone from Alabama.

(02:56):
We ain't build no damn piano.
I don't know if that's good or not.
Late stage Huddle,
with 5,000 sats
in my profession
dealing with bureaucrats.
I love when people talk about something they did that got them in trouble with the local bootleggers.

(03:19):
Half my job is designing shit in AutoCAD,
and half is dealing with bureaucrats.
And I honestly don't know which one I love slash hate more.
But I have found my neighborhood
superpower
is when I get a referral to a new neighbour
and when I can go into the planning department and gaslight them into giving my new neighbour a permit.

(03:43):
Sometimes it's not worth a fight, but just convincing the people in charge that you cannot be governed is worth whether they realize it or not.
Wartime says he tried ZMA,
but his loads are the same level of jizziness. That's good to know, mate. Thanks for that. So keeping us updated.
And finally,
a I b l e says congrats on the new sponsor, Max.

(04:07):
Great discussion.
Always look forward to the confab
regarding your diet.
There is no perfect diet, just a diet that that's perfect for you.
Genetic lineage
and local availability
will also be factors. Listen to your body first. Kerim second. Twitter experts.

(04:27):
Distant third, and God bless.
Thank you, everyone. I really appreciate that. And I also wanna thank my sponsors
as a I b l e just mentioned. We have got a new sponsor,
MyNimbox.
I've just recorded,
a couple of days ago going into some of the details. I did a confab

(04:51):
with random Nim who runs
MyNimbox.
We go into all the details of what they do there. But if you want
hosted servers,
someone to host your website,
run nodes, whether that's Bitcoin, Monero, or anything else,
mail services,
and pretty much anything you can think of. You can reach out to myNimbox.

(05:15):
MyNimbox
will accept
all forms of cryptocurrency.
They take
no details
whatsoever
and respect your privacy.
Check them out at mynimbox.io.
I also want to say a huge thank you to Foundation,

(05:36):
not only for producing
my favorite hardware,
but for supporting this show over the years, helping us grow and doing so much behind the scenes
to help us.
If you haven't already checked them out, you need to go to foundation.xyz.

(05:56):
If you want the best hardware
in the Bitcoin space,
check them out. They're fully open source.
They're beautifully designed. They have an incredible team,
including our very good friend and cohost,
Bitcoin q and a. If you haven't yet used one or seen one and you have any questions at all, you can reach out and ask me. Check them out at foundation.xyz,

(06:23):
and use the code Ungovernable for a discount.
And finally, before we jump in to this episode, I wanna say a huge thank you to Cake Wallet.
Cake make it incredibly
easy to use your
Bitcoin, Monero, and other cryptocurrencies.
You can do in app swaps.
You can buy gift cards. You can buy Visa cards.

(06:46):
They are always at the cutting edge with all of this stuff.
Again, an incredible team. And Seth,
our cohost for Monero Monthly and Freedom Tech Fridays,
is always there making sure they do things in the best way possible for their users.
They have over 500,000
users currently,

(07:08):
and there's a reason for that. You can use this on any operating system.
The UX is really nice,
really clean, and simple.
And again, if you have any questions at all, you can reach out and ask
me. Go to cakewallet.com.
Okay. Thanks for sticking with me there.

(07:29):
As I say, I apologize for the solemn tone. Struggling a little bit getting through that.
This episode's a little bit different.
We do a proper intro as we start this, so I won't waffle on too much, but,
I would just say
try not to get too scared,
but try to be prepared
for what may or may not come.

(07:51):
Today's episode, we have
Karen back on the show.
If you haven't heard his previous, I think, three episodes we've done now, definitely check them out. And, and John joins us as well to kind of moderate and,
listen to what Karim is saying and bring some nerdy science geekery that I

(08:14):
can't. So I hope you enjoy it,
and this is one that we really would like some feedback on. If anyone has any questions or thoughts, we wanna keep the discussion going.
I recorded this a couple of weeks ago, so, no SambaMax
on this episode. It's just the intro. Don't worry.
And that's it. I hope you enjoy. Get in contact if you have any questions or thoughts, and

(08:39):
stay ungovernable.
Solar flares,
coronal mass ejections. The threat of nuclear confrontation in South Africa. Take whatever injections are recommended in your sector and prepare to enjoy the show.

(09:07):
Welcome back to Ungovernable Misfits.
We have an emergency pod happening today. A lot of you will be out there feeling pretty good about yourselves.
You know that you were right. It's all time highs.
You were right about Bitcoin. You were right about COVID. You're right about all the conspiracy stuff. You're a smart motherfucker and you're feeling good.

(09:31):
But I've got my friend here, Karen, to tell you you're all gonna die. How'd you feel about that? I'm excited. I'm here too, by the way, everybody.
Just to take the wind out of your sails.
You're feeling good. You're feeling on top of the world, but let me tell you something. You're all gonna die
a painful and slow death very soon. Isn't that right, Karen?

(09:55):
No. That's completely not right.
I I really fucking hope I am wrong, but I'd like to lay out what I've observed and what I think that means.
I've got a model, and it's making some predictions, and I'm quite uncomfortable with these predictions.
And what I wanna do is use the ungovernable misfits because you are a very smart bunch of motherfuckers.

(10:19):
And one of the things as well is you're all massive tech heads.
Like, you're a huge bunch of tech heads.
And I think And dick heads as well. They'll reign you in where you're wrong. Yeah. That was a subtle joke there, Max. You know, you didn't have to put a lantern on it. Oh, sorry. Yeah. That's alright. Don't worry about it, mate. You put the feet in subtle.
Well, you've got me your your jokes and John to keep you in line and and on track. Is that right? That's right. John's also here as a little bit of a technical reference person. So you I can

(10:50):
basically, what I'm gonna do today is just lay out the real bare bones of the theory, and I just wanna get some feedback on it. And I'd fucking hope you all just go, no. He's crazy because he's forgotten about this or that or the other. Mhmm. Let's get into the theory,
and then we'll get to the prediction at the end. When you ring the bell of doom, people just think you're a knob.
Okay. So it makes more sense to go through. Okay. Before you do that, I just wanted to say the reason we're doing this, and it does sound a bit hyperbolic, maybe what I've just said, and that a lot of it is tongue in cheek. The reason I've done it is

(11:24):
Karim's not really a flapper.
He's a pretty cool headed, calm person from my years of experience, and you seem quite worried about this. Like, it seems to be affecting you and causing you some distress.
So we've
done this part as a bit of an emergency thing because I don't like to see you like that, mate. I can tell you're genuinely worried about this, and you wanna get the information out there because you're worried about other people. So that's kind of why we're doing this. Thank you. And I appreciate that so much. You're right. I'm I'm not enjoying this, and I I things seem to happen. You know, it's like the movie trope of the fucking high school teacher

(12:05):
who stumbles across the theory. Part of me thinks, am I just going fucking insane? There's another part of me that's like, I would love that to be the simple answer
that I'm just Shutter Island. I'm Leo in that film
exploring
the asylum whereas, really, I'm just sitting gibbering in a room somewhere, but
I also can't take that chance, that risk. And, so let's just get into it. We we've conjuncted enough, and, let's let's get going. A little bit of background here is that last year or so, I've been thinking a lot about things, life, the universe, and everything. We all have a lot of different hats that we wear throughout our life, you know,

(12:43):
mentor, teacher, minor. But one of the hats that I've worn for the longest time and the most experience in is a scientist.
You know, I kind of like to think of myself as one. And so any view of the world that I have
has to be grounded
in science.
Any theory that you come up with, any new theory has to

(13:04):
fit in with the preexisting theories.
So everyone's favorite cousin fucker, Albert Einstein,
when he dropped his general theory of relativity,
that had to fit
over Newton's theory of gravity. It couldn't supplant it because that was based on
measurements and data. And what it did was it would simplify down to Newton's laws. So in that respect,

(13:28):
I've had to develop some basic loose scientific concepts. And I'm not the only person to have done this. There are other people who have kind of come to some similar conclusions. But with that theory,
that model is a smaller
part of a larger interpretation.
Astrophysical
electro
universe model,
it's making some really sort of interesting predictions particularly at this time. So I think the most important

(13:53):
aspect for this
is the paradigm shift that I've had is to think about the world in terms of plasma
and charge carriers. Okay? So I won't go labor on this for too long. But when you went to school, those of you who listen, not Max,
your teachers taught you that the world was made up of three states of matter, solid, liquid, and gas. I remember that bit. Yeah. You know, and solids are all closely packed. I'll throw in my lovely little infographic that I sent to John to sort of represent what now four states of matter. Because if you had a quirky teacher, they might have mentioned

(14:26):
this exotic four state, which is plasma. I'm not gonna go into charge and plasma, but
plasma is essentially when materials are hot enough, they dissociate into charged particles, ions,
and electrons and, you know, all the component particle. And then you have this soup of conductive material. Now we think about the world in terms of uncharged

(14:47):
neutral
matter,
solid, liquid, and gases because that's what we live in. But on the grand scheme of things in the universal scale,
99.99%
of all matter in the universe is plasma, is charged.
So we live in a material world, and I am a material girl. Our view is blinkered by that material

(15:08):
uncharged
perspective.
Whereas if you actually see Sorry. Just stop me there. So 99%
of all matter is
Charged.
Is not gas, liquid, or solid, or it is those things, but it's charged. Yes. Right. You could say plasma.
I prefer to use the terms
charged matter and uncharged matter, conductive and unconductive. Okay. That would be a simpler way of thinking about things. You've got conductive matter. So around you now, the air is nonconductive. It's insulating.

(15:38):
The wood is nonconductive. It's insulating plastic.
Metals are conductive.
I don't think metals fit into this category.
But most of the things that the world's made up of are unconductive. They're neutral. They're uncharged.
Does that make sense there?
Mhmm. Most of what make up the world are unconductive,
uncharged.

(15:59):
Yeah. Neutral. But 99% of the rest of the universe
is
charged. So our world
is much less charged than most other places in the universe.
If you just consider the solar system itself,
most of the mass is in the sun, and the sun is plasma. Okay. So, yes, the planet Earth is uncharged or neutral matter. Mhmm. But even Earth has

(16:23):
charged layers. We have an ionosphere.
Nice. We have a magnetosphere,
a magnetosheath.
We have we have various charged layers. Even the oceans,
because they have salts dissolved into them, they're an ionic solution.
They can technically be considered as conductive, and that will be sort of important later. I'll drop it now, but some of the listeners might be aware that the AMOC

(16:47):
and the SMOC are undergoing significant changes. These are massive current streams in the Earth's oceans. I think the oceans have a big part to play in it, and then, obviously, two thirds of world's surface is covered in ocean. The sun is plasma. Yes. The planets are mostly uncharged matter. But even when you sort of break down, most of the matter in just our solar system is charged, and then you can expand that to all the other

(17:10):
solar systems and the galaxies.
So most of the universe is made up of conductive
charged plasma like materials.
Karim, how does dark matter fit into all this? Well, that is an enigma.
Part of my interpretation
would be that dark matter is low energy plasma. The reason it's called dark matter

(17:32):
is we look at galaxies,
distant galaxies, and we go, hey. That that's spinning
like it should be heavier. Now how do we know the fuck how heavy it is? Well, we look at how bright it is,
and we do some clever shit with things like quasars
to work out oh, we know that these things are so bright. There's a type one a supernova

(17:52):
that can be used as a standard candle. You know exactly how bright that is. So you can detect one of those
and go, okay. That's diminished by 50%.
That means it must be this far away. So we look at those galaxies. We know how far away they are. So then we look at how bright they are, and then we go, like, based on the amount of light coming off of it,
that means it's x amount of suns, which means it's about x amount of mass.

(18:16):
But that fucker's spinning like it's got three times more mass.
So what's going on there? There's extra mass in there. There's extra matter, but it's not glowing like a sun. Ergo, we call it dark matter.
Is that a nice short explanation for that?
I I think so. So to go back to your question, though, what do I think it

(18:37):
is? I think that's low charge
plasma that's not glowing. So it's still conductive matter, but it's not hot enough to give off
light. Okay. And still in the category of plasma? Yes. You'd mentioned the infographic
that you sent me,
with the orange. Can can you describe that in physics teacher perspective?

(18:58):
Yeah. I've got a little patter for that one. You imagine you're walking for a lovely British
tan center. Right? And you go past the classic British market, and there's a what we call a cockney.
And he's standing just going, two pound, pound of oranges. I don't know why everything's £2 a pound, but he's selling oranges. And you see the stack of oranges. And they're on a table, and they're all neatly stacked in rows and layers, a nice big pyramid

(19:23):
of oranges. That's a brilliant model for solids because all the particles that make it up could be ice and each each orange represents an h two o molecule.
Could be a metal and each one's just an atom. That represents a solid. They're all stacked up in a nice regular structure, all compact.
So then you give the bloke two pound for a pound and he chucks them in a bag.

(19:45):
So you're walking around with a bag of oranges now. Now that is a good model for liquids
where
in the bag, they're all in contact with each other, but you move the bag around and all the oranges slip past each other and they move past each other. Yeah. And this is a brilliant model for liquids. You know? That's why they take the shape of their container, but they can't be compressed. That's why we use them in hydraulics. Then you get home and you start clowning around and you start juggling with the oranges. Well, now you've made a beautiful model for gas because the particles

(20:16):
are in the air. They're separated from each other. You know, that's why gases
take up a lot of space. They spread out. They have no fixed volume
and no fixed shape. Now plasma
is like you peel the orange, take all the segments,
and just chuck it all together in a mess. So you've got bits of orange peel and bits of orange segment all over the table, pips,

(20:37):
everything. The particles now are no longer
bound together in a way that keeps their charges
balanced.
So that's why all the matter around us is nonconductive and neutral is because every atom has equal numbers of protons and electrons.
Plasma, now you separate the charges.
And what that means is
it's much more complicated

(20:59):
because charged particles
have all these interactions. If they have the same charge, if they're negative and negative, they'll repel. If they have opposite charges, they'll attract.
As they start to move, you know, moving charges is the definition of a current.
A current generates a magnetic field. Magnetic fields have influence over the position and forces on the charged particles. So you get really complicated things. Like, it's way fucking more complicated when you're dealing with charged materials or plasmas. And most of the universe

(21:27):
is constructed in that way. Yes. Now
must give a shout out. We don't know
which of you fellas,
ladies, or
non binary misfits it was, but someone sent a recommendation to Max
on the 2,004
episode I did. Said you need to read this book, a new science of heaven by Robert Temple. And, yeah, doctor Robert Temple lays it out in that book. That was a really important part for me. He was the one who influenced the paradigm shift.

(21:57):
You can go and look up his work. Some great interviews
he's done. But the research shows that because of the extra forces,
plasmas are self organizing
in their structures.
They're much more easily influenced by things like electric fields, magnetic fields. So the ability for them to form coherent structures quickly

(22:17):
is much higher than our matter. So, yeah, let's leave it at that. I could go on for hours about plasma and charge.
Okay. So what I get is the Earth or most planets are different to the rest of the universe. There's this thing called plasma or charged matter. Mhmm. That's kind of what it is is is a step further away from gas. It's not solid. It's not a liquid. It's not a gas. It's one step further where it's all mushed and all over the place and everywhere and doesn't sort of maintain a structure.

(22:47):
Yes. Really good. Yeah. Yeah. Another way to add to that is that we exist in a very low energy state. Whereas
if you think about the history of the universe, there's no better description for it than the the intro to the shit TV
show. Back in the beginning of time, the whole universe was in a hot dense state. So if you think about the universe and its history, it's been high energy for a long time. As time moves forward,

(23:12):
the average energy per unit volume is decreasing,
and the matter is cooling and condensing. And our
perspective of the world is a very low energy,
cold perspective,
Whereas the majority of matter in the universe
is at a much higher energy state, higher temperature, and therefore more complex.

(23:33):
Okay. Cool. Yeah. I'm with you so far. Cool. John, anything to add? No. Not at the moment. Currently, I'm researching who suggested the, Robert Temple book so we can give them a proper shout out. You won't find it. They DM'd me. Oh, they DM'd. Oh, okay. I thought it might have been in boost. I'd honestly, I'm I'm never gonna find it. I have too many accounts and too many messages

(23:54):
I have an idea of who it might be, but I don't wanna shout out the wrong person. So if you are listening,
thank you. And XMR chat in. Yeah. XMR chat in or boost, but I'm pretty sure it's in a DM. And they'd listened to the episode, and they were like, oh, yeah. That that guy was really interesting. I really enjoyed the conversation. I think he'd really like this book. Do pass that on and all that kind of stuff. So I did, and and then obviously Karen's read it. So whoever you are, if you wanna reveal yourself, do. If you don't, then don't. But thank you anyway. Yes. Thank you. Like I say, that was, the paradigm shift that got me thinking about stuff. Now we start thinking about the universe

(24:29):
through the eyes of plasma. That's when this model and theory comes out. I guess I have a bit of an interesting perspective on this because to me, I start thinking about
electronic circuits,
and I think about AC and DC circuits and things like that. And I also think a little bit about music. I'm not the first person to mess around with ideas of the electrodynamic

(24:49):
universe. You can find
loads of stuff online, particularly the a group called the Thunderbolts Project. Once I'd gotten to a certain point,
we all cheat a little bit and use AI.
Chat GPT goes like, oh, yeah. You you're talking about the Thunderbolts Project. And I their videos are
perfect. If anyone is interested in this sort of the theoretical aspects,

(25:10):
the Thunderbolts Project have got a lot to say and a lot of excellent resources
about this. Are they still around? Are they still doing stuff? A lot of their videos are quite old. Okay. So, like, some of them are, like, 12 years old, but they're still present. Another
unsung hero in this story is Robert Schock. Everyone knows Hancock
and Randall Carlson. And these guys are good. They're important. They have brought a lot

(25:34):
of stuff that's not often looked at to the public attention. But Robert Shok is kind of the guy in the background, but he's
putting forward the idea that the Younger Dryas
impact was not actually an asteroid or impact. And that fact, there's no evidence because they can't find the asteroid. That's why there's this theory that it hit the ice sheets. But
shock's

(25:55):
theory is that it was a plasma discharge
from
the sun. Now there's a fucking amazing video on Thunderbolts Project about Mars
and about
the Maris.
This this huge scar I keep forgetting is Meatball Marinara, something like that.
Some funny name. It's definitely that. Yeah. Let's call it that. Yeah. The Meatball Marinara is this huge

(26:17):
canyon. Like, it's like a 100 times bigger than the Grand Canyon,
but it's not from water erosion.
It's clearly not from water erosion because the channeling doesn't make any sense. There's no inflows or outflows. You've just got this huge scar
right across the face of the planet.
It looks exactly like when you do a plasma discharge onto a piece of metal and microscope zoom into it. There is evidence that plasma events

(26:45):
have occurred in our solar system
in the past.
Can I just stop you on that point as well? So
when there's this plasma discharge,
you're saying that it's cut through the surface of Mars
and it's a 100 times deeper than the Grand Canyon.
What is it that hits? Is it heat or, like, how does it cut through and how does it break the surface of Mars? There's nothing physically hitting it. Well, it's basically lightning. Oh, right. Okay. It's lightning. Do you remember at school, there was that really cool device that the teacher would get out, like, once in a blue moon? It's like this big metal ball, and you put your hands on it, and your hair stands on. Yeah? Yes. The Van de Graaff generator created by a famous tennis player, Steffi Van de Graaff.

(27:28):
The the Van de Graaff generator can be used as a bit of a model for the sun in this
theory. I'll get into it in a little bit, but the Van de Graaff generator has a static charge buildup from a a motor. But one of the cool things, instead of just making kids' hair stand on it, I used to love getting you'd have like a in the box, there'd be another smaller metal sphere on, like, a stick. And what you could do is you could turn the the generator on, and then you bring the second smaller sphere closer to the big sphere, and a little spark would jump across.

(27:59):
What's happening in that moment when the spark jumps across is that the electric
field potential is ramping up. Electric fields are
often quite misunderstood.
Charged particles have an electric field. An electron has a negative field
and
positively charged particles.
Technically, there's only one particle that is positively charged, and that's an up quark.

(28:23):
But I'm gonna, for simplicity, talk about, you know, protons or ions
have a positive charge. So what happens is you're pumping electrons onto the big sphere. All the electrons are going onto that sphere, and each electron has its own field. And they get onto that sphere, and they add up, and they generate this huge electric field just like a magnetic field. Field. It's very similar. There's a few subtle differences between electric fields and magnetic fields, but you've probably seen pictures of bombagnets with lines around them. You've probably seen pictures of the Earth with lines around them. So an electric field will form

(28:56):
around this dome. That creates
a potential energy. You have, like, one side has loads and loads of electrons, and these electrons don't like each other. They repel each other. They're all negatively charged. So they're pushing against each other, kinda like people on a train. They want to push away. So there's this enormous electrostatic pressure between them. They're shoving around. And as you put more and more on, that pressure builds up. And they wanna jump. They wanna do something, but they can't because they're surrounded by air, which is a nonconductive

(29:25):
material. But, eventually,
if the charge builds up enough,
what they can do is those electrons
can just start
smashing through the air, knocking electrons off of the air particles and charging them and then create like a cascade,
a a shower of these electrons
that ionize all the air particles in the space.

(29:47):
That gas that ionized gas creates a
channel, shall we say, and then the electricity
can flow through it. The charge can flow through it just like in lightning. Okay. It's the same thing. With lightning,
you have the cloud layer up above, and you have the earth below.
And due to the friction of water particles, they rub against each other just like rubbing a balloon on your hair. That builds up static electric charge in the clouds That discharges to earth. So that is a plasma discharge. Lightning is a plasma discharge. And isn't the other body where the lightning is gonna hit, those electrons

(30:21):
sort of gather up towards a certain point and want to make that connection.
To say that this isn't just like a one-sided thing like lightning shooting out of a gun Yes. But two areas connecting with each other. I'm trying to pivot that towards the relationship between
the sun and the Earth. It actually gets super duper complicated. I know had actually forgotten about this, but my my buddy studied meteorology back at uni, and he became a celebrity

(30:46):
because he was struck by lightning a year into his course.
So he was on island in Italy, the island of Elba, where Napoleon was exiled to. And, he was supposed to go and meet some girl. She rang the house phone to say, look. I'm not gonna meet you because the storm's coming, and it's too danger. And everyone was like, don't use the phone. Don't stay on it for very long. And he picked up the phone, and the fucking lightning struck the

(31:09):
tree above the house,
and then it passed through the roof, through the electric wires, into the telephone, through his ear, and then out from a small hole in his palm and completely fried the motherfucker. Being a meteorologist, he got all the data, and he was able to I looked at some of these raw data. So you get positive and negative strikes. So you get times when

(31:30):
the electric potential is that the earth is more negative and the clouds are more positive,
and you get ones where vice versa. So you get strikes. So you can see sometimes lightning coming up
to meet the the sky. Mhmm. You'll see, sheet lightning going across the sky as well. It it's a varied and complex phenomenon is the simple answer there. Do you have any insight on so I've heard this that once somebody is struck by lightning, they're more likely to be struck by lightning again. He's not been struck again, but I tell you what, that motherfucker was bizarrely

(32:00):
lucky and unusual. I've seen two light bulbs explode in his presence. One when he just walked into the room, and the light bulb exploded.
Another one blew up over our heads. He was just a weird dude anyway. He was born on Halloween, one of a triplet.
His heart is the wrong way round, and they thought he was gonna die, but all his arteries
and veins, like, the main blood vessels

(32:23):
are the other way around as well. So fucking he's
one in a billion, literally. Could it be then that, like, he has some type of we all have, like, an electric charge within us, don't we? Could it be that he has some sort of different something that attracts
or repels differently to other people, or is that too woo woo?
Part of my sort of general interpretation

(32:45):
is that humans are sensitive to electromagnetism
in some way, shape, or form. It's very diminished. So it is likely
that there are some people who are
more sensitive.
Interestingly, his dad was a biochemist. They did some tests on him, and and he did have some anomalies in his blood work. I think I shouldn't laugh, really, but he he said, well, I'll never get cancer.

(33:06):
He's not been lucky that way. The poor dude is he's now got a pacemaker, so I don't know how that's affecting his electromagnetic field.
But, anyway, this sorry. This is a bit of a bit of a tangent. Some funny stories there. But, effectively, going back to your question, Max, like, what does this look like? It is lightning. It is thunderbolts. Okay. You know? And I think there's reasons why ancient mythology,

(33:27):
most of the leaders of the pantheons of the gods
are lightning gods or thunder gods or storm gods. Mhmm. Yahweh,
Thor,
Zeus,
everyone's got a thunderbolt.
And why is that? Is it just that, you know, lightning is is impressive and it seems like it's coming for the gods, or is there something more? And I think there's a bit more of a psychohistorical

(33:49):
aspect to this about the mythologies and the fact that I think plasma events have happened more than once. So does Robert Shox. So do the, Thunderbolts Project. I think I understand the reason why. The reason why is quite simple
if you understand AC circuits.
With the structure of the Earth and the sun, you'll have alternating layers of conductive plasma and nonconductive

(34:13):
materials, particularly on the Earth. You've got the ionosphere
high up in the atmosphere,
and then you've got the rest of the cloud layer.
And then you've got, like, maybe the ocean,
which forms another conductive layer.
Now, John, you probably know this, but if you get a conductive layer, nonconductive layer, and a conductive layer, you've made a capacitor. Now it's not a perfect capacitor by any means. I've done a bit of research on this, and people are kicking this idea around. But they're like, it's quite complex because

(34:41):
the dielectric,
the insulating layer is kinda leaky. So it's not a perfect capacitor. It won't store energy super well, but you only have to see one thunderstorm to see that definitely capable of storing energy and discharging it. I am partially concerned with the Earth, the plasma layers on the Earth storing energy. I'm much, much, much more concerned with the

(35:02):
sun storing energy as a capacitor. One of the things that really bugged me as a teacher, especially as a physics teacher, is that we spent all our time on DC circuits and almost nothing
on AC circuits.
AC circuits are more complex. I don't know what your experience is with them, John. Do you know much about AC electricity? You know, as a minor, I do in the basic sense. But as a telephone man, my experience, of course, is much more in DC. As far as capacitors go, their relationship with AC and DC is also very different. You know, the basic structure of a capacitor is to supposedly let

(35:36):
AC through and to store DC, but it isn't as simple to say, Well, it just lets AC pass. There's still an effect on the capacitor. Wasn't there a load of people mining and doing some sort of mining setup with AC that we covered?
Well, the power supply for a miner puts out DC. That's Mhmm. It's really a DC circuit. Whether it takes AC in,

(35:57):
all the power supplies convert to DC. That's why I asked because I didn't wanna sound patronizing. But the way that the world is structured is that we only consider AC
for power transmission through the lines,
but literally every piece of
electronic
componentry
around you
uses DC. The the reason for that, ACDC, not just a great band, but alternating currents where the electrons kind of wiggle back and forth through the wire and direct current where they move in a straight line. If you're trying to do clever shit

(36:28):
and you want
the circuits to do stuff like mine Bitcoin, you need a nice linear flow of electrons
through the circuit, and you make them do things. If they're wiggling around, it's not as useful. So you don't find as many applications for AC. But one
application Meaning AC is mostly a transmission medium Yes. Because we can, with transformers,

(36:51):
change the voltages up and down for transmission purposes. But at the end user, they're mostly all getting converted back down to DC.
Yeah. That's why every laptop and almost every device has either a wall wart power adapter or an inline power adapter where you plug it into the AC outlet on the wall
that converts it through a bridge rectifier

(37:12):
and turns it into a direct current, and it gets hot as well, those little power packs, because they waste energy. There are some components
that we're all looking at right now that you do work on alternating current, and that's microphones,
speakers,
guitar
pickups. Anyone who's opened up a guitar did you do you play an instrument, John?
I play bass. Yeah. Cool. Yeah. I've just ordered a lovely acoustic bass. I didn't say I played it well, but I can't I can't play it. It's one of those ones that's easy to play, difficult to mask. Have you ever opened up the control panel to do any soldering?

(37:45):
No. Okay. All guitars
have a volume knob, which is just a straight potentiometer,
but they also have this fucking useless
potentiometer, but it's wired to a capacitor,
and the capacitor goes to ground. If you think about what we just said about a capacitor, it is it's two plates separated by an insulator.

(38:09):
So any
current that wants to flow through the capacitor
wants to get to the ground, but it can't.
It can't get there because of the insulating dielectric in between. A good way to think about this is the actual effect of that tone knob. As you turn it up,
the sound gets a little bit muted.
It takes away the top end.

(38:30):
So the higher frequencies,
they can transmit across that gap a little better. So what basically happens is the electrons are pushed onto the plate.
That creates an electric field, which then pushes electrons away from the plate, and then those electrons can then flow to ground. It's kind of a air gapped wireless transmission of the electricity
across the dielectric in a capacitor. What that means is in an AC circuit,

(38:55):
capacitors
attenuate
the flow of electricity.
I use that word very specifically.
And it means that if the current flowing into
a circuit is alternating
and you have a capacitor or you have a astronomical body with layers of charged and uncharged materials,
those layers will actually

(39:17):
calm down the current. They will attenuate it. They will take out some of the sharper peaks and reduce it to these low
frequency
baseline vibrations,
sort of things that we might call the Schumann resonance frequencies of the Earth and the sun. How am I doing so far?
Very good. How how do we pivot from basic electronics to sun Earth relationship?

(39:41):
So
the solar system,
our sun
and this is where I think I made a bit of a leap. I don't think anyone else has made is if you go searching about the electronic universe stuff, they'll be like, oh, no. It's wrong because the stars are powered by fusion, not electricity.
Of course. Of course stars are powered by fusion. That doesn't mean that electricity doesn't have an influence.

(40:03):
So my model is essentially a hybridization
of
electromagnetic
influence
and fusion reaction. So
if we consider
the structure of the sun, the sun is a huge ball of there's a a song I remember one of my colleagues used to sing. The sun is a mass of incontescent
gas.
It's not

(40:24):
gas. It's plasma because gas is uncharged,
nonconductive.
So it's a a huge ball of plasma.
And at the center,
the temperature and pressure due to the gravity
are high enough
that the particles, when they collide,
can fuse together. Essentially, we can think about the kinetic energy, and there's a boundary. As you get further away from the center, the kinetic energy reduces and eventually get to a point where fusion can't happen. Either the particles aren't hitting each other fast enough to actually fuse

(40:57):
or they're just not hitting each other often enough to break even on the energy. So you have this, like, layer. You have the fusion core, and then you have the outliers, which are just plasma that are kind of passive.
They're not involved in the fusion. They're just there as like an energy store. Now there's gonna be thermal currents in there, and those thermal currents will generate convection loops.

(41:17):
So those convection loops of the plasma
will act as electrical currents, which will generate magnetic fields, which will then influence the shapes of the plasma. So the sun has this huge magnetic field, and those magnetic fields are then gonna influence the structure of the plasma. So you have this kind of of feedback loop where fusion core drives it. So it's kinda like a battery,

(41:39):
but it has this outer sheaf of plasma that acts
as some kind of component, a capacitor
that is affected
by
its own temperature,
its own behaviors, but it also has the potential to be affected by external currents. And this is where we can link it up to other things. So let's just consider a two

(42:00):
body system, two stars. Now one thing we know about stars is they rotate. So they're
spinning as they're fusing, and they're throwing out charged particles.
So you've got this kind of whizzing spinning
charge, and it's blowing out
plasma streams constantly. We call it the solar wind. It's a physicist from quite a while back. I think it's late eighteen hundreds.

(42:23):
Christian Birkeland
discovered these Birkeland currents that do
link
our star
to other stars.
And in actual fact, you can expand that right across the galaxy. The entire galaxy is one gigantic
AC electric circuit
with each star
humming at its own particular frequency.

(42:44):
And those
frequencies
can interact.
They can add up. They can
interfere constructively or destructively
and create these sort of superpositions
of the waves.
And if they are acting as capacitors, they can kind of attenuate the flow and,
you know, it'll all settle into a nice like, essentially, there'll be a kind of almost like galactic

(43:09):
harmonic resonance
that will be produced by this.
I'll pause there just to make sure I'm not going too fast. I like the direction. We're getting the meat and potatoes. Please continue.
Great so far. All working lovely. Because of the rotational factor of the stars,
you have
alternating currents. The problem comes when you have the

(43:31):
injection of a direct current into the system. We have had a massive injection of direct current into our star system in the last two weeks
because there are two nova. Now a nova means new,
a new star appearing in the sky. What nova is
is where a star basically explodes. So visible at the moment

(43:55):
is v four six two lupae, which is in the
the lupae is like a wolf shaped constellation.
Here, there's another one. But I I will attach show notes.
I'll also sort of span up one of the groups with a lot of this
once this goes out as well so people can read up on themselves. But we got two NOVA visible in our night sky. Now the word visible was really important there because one simple rule that Einstein did give us well, he didn't do it. It was Nicholson and Morley who actually measured it, but the speed of light is constant

(44:27):
in this universe. If we're seeing them,
that means that the light has reached us. That also means that any electrical current
traveling around
the galaxy
at speed of light has either come directly to us
or is kind of not far off because it might take a slightly longer path through the circuit. But we're seeing the flash,

(44:48):
so a direct pulse of current from an exploding star
is either here or on its way. As you said, capacitors act in very different ways
in an AC circuit than they do in a DC circuit.
In a DC circuit, they kind of almost act like a water balloon storing the pressure
and building up very much like a battery. So with these two nova

(45:11):
occurring pretty much simultaneously, especially in astrophysical timelines,
that means that our solar capacitance
and all all the stars in our local area
will have increased energy stores between their plasma sheets.
Now okay. Cool. But nova happen all the time. Like, historically, you can look back and you can see, oh, people saw a star here. They saw a star there. New stars coming up. Okay.

(45:38):
But there's a couple of coincidences that are occurring right now that give me reason to be very concerned. Now number one is that we are at the maximum of the sun's cycle. Okay? That's not normally something to be worried about. It happens every eleven years. So it's happened four times in my lifetime. There's some really good images available. Right? John, I've been sharing some with you over the last couple of days. Mhmm. And there's some really good resources. So what I sent you last night, an image of the sun yesterday

(46:07):
and on the same date five years ago at the minimum peak
and the same date eleven years ago when it was also at the maximum of its peak. And you can see a huge difference between the maximum and minimal,
but you can also see a huge difference between the the last maximum and this maximum. There's lots of good resources, but my go to guy is kind of like a he's kind of funny. He's a is a a YouTube channel called Stefan Burns with an f. He uses a lot of legit science. He's using the live views

(46:37):
through these
observatories to look at the sun, and he presents it kinda like the weather.
He's hippie as fuck. So the other day, he had some woman on, and they were, like, using Tibetan singing bowls and chanting. I was like, okay. That's enough for me. But he is presenting the information. And one of the things he's drawing the parallel to is we're seeing these earthquake swarms.
So we've seen a lot of, not huge, magnitude five, magnitude six earthquakes.

(47:00):
If you think about energy system, if our sun is energized because it's at its maximum of its eleven year cycle,
you have an influx of DC current through to nova. That's gonna
induce
charge
and differences in our ionosphere,
and we also have charged plasma layers under the ground.
So there's no reason not to think

(47:23):
that the charge interactions between these layers could cause
attractive forces and
shuffle the plates.
So we are seeing evidence of increased
seismic activity
at the moment. So that's already a concerning factor. I'm pretty sure
most people that listen to this are aware that at the same time as the sun's in its maximum

(47:47):
and that we've got additional energy pumped in through these nova, you've also got the Earth's magnetic field is weakening
and wandering. Now
I hope I'm not I am not making baseless assertions here. I will link sources. And all my sources are things like NASA, Scientific American, New York Times, European Space Agency. I'm not using, like, tinfoilhat.com.
Okay? I'm using

(48:09):
mainstream credible well,
Lowell. Mainstream sources that
any normie scientist would
consider to be credible. Those are the three factors there. Sun is at its maximum.
The magnetic field is weakening wandering.
Now what that means is if there is a plasma event
or if there is
a sort of charge

(48:30):
difference between us and the sun,
our natural barrier
to that
charge to the solar radiation that's coming off
is massively reduced. We are we are at a time when the sun is at an increased risk of solar flares. I mean, we we seen a huge one the other day. I'll post the images as well. But this thing, they nicknamed it the beast, and it looked like a giant

(48:54):
eight legged creature walking across the surface of the sun. It was really big. Those are nothing compared to a coronal mass ejection. So we're at a high risk of
flares, which means there's quite a serious possibility of a coronal mass ejection. Our own magnetic field is weakened.
We're getting energy pumped into the system through the Novas. So that's part of it. We have had this before. Have either of you guys heard of the, the Carrington

(49:19):
event? Maybe, but maybe just from you. I I don't know what it is. Just from you on on the first attempt at this pod a couple weeks ago. So the Carrington event happened in 1859.
That was a coronal mass ejection. It's like a soda flare, but it's fucking way bigger. The sun literally spits out a piece of itself. Now as far as the sun's concerned, it's not a significant piece. But as far as the Earth is concerned, this is a huge blob of plasma. And what it does,

(49:46):
if it hits the Earth we had one a few years ago that missed us. It's like a shooting gallery. We're spinning around, and it might spit some out. We had quite a big flare just a few days ago, but it was
from the lower part of the sun, so it's not in the ecliptic plane where we sit. So it shoots out underneath. It missed us. But in 1859,

(50:07):
a piece of plasma was ejected from the sun, and it enveloped the earth. At that time,
it was not a disaster.
People in The Caribbean
were looking up at the sky at night and going, hey. Look. I can see the northern lights. What the hell? We got Aurora in The Caribbean. K? So the only technology that existed at that time was the telegraph.

(50:28):
Now I strongly urge you to go and look up the Carrington event because I think that's what we're facing. That's the risk. Bearing in mind that people didn't
die from the Carrington event, but they didn't have massive power lines
or sophisticated electronics.
The only thing that existed, as I say, was the telegraph.
And those things, some of them burst into flames.

(50:49):
Some of them electrocuted
the operators.
Some operators reported that they could take the power supply, disconnect it, and still send messages, but no direct loss of light from the event. Some problem. Are we to assume during that time the Earth's magnetic field was much stronger
and protected the Earth? This earth magnetic field, does it go in cycles the same as solar cycles? Or you're just saying we are significantly

(51:15):
weakened and Yes. The the poles are shifting and meandering. Is this part of a cycle or is this like, a steady degrade
in the power of the Earth's magnetic field to protect us from solar events? It's a great question. I'll be honest. I I have some answers to that, but not the fullest.
What I can say for sure is that the Earth's magnetic field

(51:36):
cycle seems to be
much longer than the sun's. The sun's poles flipped,
and that happens every eleven years. So the sun's poles are flipped. That's all confirmed.
But the sun is a different beast to us.
Our polls do shift, but I think it's on a much, much longer time scale. This is the bit that scares the fuck out of me

(51:57):
is that all of the events
that
I'm
putting pins in here
are repeating events.
Those nova, which are caused by these binary star systems so, basically, you have a small white dwarf
next to a red giant, and the white dwarf
sucks off
material

(52:18):
from the red giant. And what that means is when it reaches, like, a critical mass, the surface explodes, and we have this
ejection of energy very directed way. The time period of that, that won't be the first time that these two stars have novered.
They're what we call a classical nova. So they would have done it before, but who knows what the time period of them is? We don't have the data on that. It could be that one has a time period of fifty thousand years, and the other one has a time period of a hundred thousand years. And it just so happens that this time they've coincided. So we've got coincidence of that. We've got coincidence of the sun's eleven year cycle,

(52:54):
and we've got coincidence of the Earth's magnetic field cycle. They're all different.
They're all on different time periods,
but they're all coming together
right fucking now. I need to clarify something first because I've had this question in my mind the entire time. Obviously,
these
nova events took place,
what, millions of years ago,

(53:15):
and now the visible light is Not millions. Okay. What's the time frame that they occurred? They I can only remember one of them. They said they didn't have the distance for it. They didn't know the distance, but they're in our local region, so thousands of years. But Okay. So the visible light is now reaching us. Mhmm. Are the electrical
effects

(53:37):
travelling at the same speed? Yeah. So we can see them. Yes. But that's just visible light. Yeah. That's as the crow flies.
Yeah. As it travels through the plasma and reaches our sun and affects our sun and the rest of the celestial bodies in the solar system,
Does that happen at the same time? Are we to assume those speeds are the same? It's a brilliant question, and it shows me who's listening because I did address it earlier.

(54:01):
Sorry to be a dick.
It's just who I am. It says the crow flies. So, yeah, we're seeing it in a straight line, but
you're right that it's gonna go round the circuit to get to us. So
in actual fact, it's not a circuit. It's a web. It's a network in much the way that the Internet is. It will travel
at the speed of light. What we're gonna see is not necessarily a a stream of particles.

(54:25):
It's
a
vibration
in the field. Okay? So it's like a sound wave traveling through the air or water. Now
you've got multiple different pathways that it can take with different lengths, so we're not likely to see one incident
wave. We're likely to see
multiple incident DC waves coming from different directions at different times.

(54:49):
Okay. That's a reasonable explanation.
I try. So I think we've probably laid out a lot of the technical
stuff.
There is one other factor
that I think means that the highest risk is in the next twelve weeks. And this is why I really wanna get this out ASAP.

(55:10):
The worst
possible
thing that you could throw into this situation
is a medium
to allow
this plasma discharge to happen. I've already mentioned it, which is the torrid meteor stream. So the torrid meteor stream, we passed through it June and
October.

(55:30):
It's a huge trail of cometary fragments
from a comet
known as Enki.
Most meteor fragments
are made up primarily of iron. What we can think of, just like my Van de Graaff generator I was talking about earlier, you've got the big sphere, which is the sun, which is highly charged because of the Birkeland currents,
the direct current coming in from these nova, and you got the smallest sphere, which is the Earth.

(55:56):
The worst fucking thing you could do is to take a handful of iron filings and just chuck it between the two, and that's exactly what the torrid meteor stream is gonna do.
It's gonna introduce a stream of small metallic
particles
in between the Earth and the sun that will lower the resistance and increase the conductivity

(56:16):
of the path between us, and that could cause a plasma discharge. And worst case scenario, and I think this is exactly what happened twelve thousand six hundred years ago,
is that that plasma discharge
knocks
one or more of those
cometary fragments
to Earth.
I fucking hope that's not the case because

(56:37):
When is this torrid meteor stream
due? Is it trackable? Is it one of these things where it's like, oh, it should have happened x amount of years ago, but it's gonna happen soon, or, like, is it being tracked? It happens every year. Oh, fuck. Okay. Every year, June and October. There is a fucking good reason why when the conquistadors
arrived in Central And South America,

(56:59):
they had an instant bond with the natives
because they celebrate
All Saints Day or All Hallows Eve on exactly the same motherfucking day that they celebrate Dia de los Muertos, which probably wasn't called that back then
because
that is the date
that the Torrid Meteor Stream passes. Right. Okay.

(57:21):
So the day of the dead,
all saints day, all hellos eve is the marking point. Now I fucking
pray
that in November, you can rip the piss out of me on a podcast.
I pray that that's gonna be the case.
I'm so fucking
scared
that that's gonna be the one

(57:42):
that October if we get past October 31,
if we get past Halloween,
I'm gonna be so overjoyed. I have to say, though, it would be quite a nice dramatic end if this fucks everything up. It's kinda cool this on Halloween. At least it's it's fitting, isn't it?
That's historical. That's kinda why Halloween is the time, and we're like the witch flying through the sky.

(58:05):
You know, myth comes from
is from observation of this event during that time.
Now there is something else
that I think is really important,
and it's the psychological
temperature. Now and, John, you took issue with where I said this the other day. The phrase,
they're going to turn the Internet off. I know it's triggering for you. It's just slightly triggering on

(58:29):
technological
grounds. That that's all. I know. It's like when I was listening to a mate, Carl. Amazing.
But he's an engineer, and I am a physicist. And when he talks about things, I'm like, like, the way he talks about heat flow, and he was talking about moving the cold. I was like,
But it doesn't mean that what he was saying is not true. Like,
genius guy. Absolutely genius. You know Bitcoin was introduced in on Halloween?

(58:54):
Was it?
Yeah. Did not know? Yeah. 10/31/2008.
That's network day, is it? That's when it went live.
Just a little fun fact. Max's fun fact.
The least fun fact you could ever insert into a pod. There it is. It is a Bitcoin pod. We gotta get some Bitcoin shit in here somewhere.

(59:14):
There's a couple of
approaches I'm using. I like to call the whole thing metaphysics.
Like, I'm a holistic scientist. I'm approaching this from the whole view. I've taken the whole view,
and these are ideas that have dropped out. And one of the things that I'm looking at is psychology. You know, I've spent last three years working as a behavioral

(59:34):
change lead, working with people. For me, when I hear a phrase a lot,
and I do hear the phrase they're going to turn the Internet off a lot, it's a measure of a temperature.
Okay? It's an indicator.
What it means is,
essentially, the way things are going now and the freedom of speech that people have on the Internet,

(59:56):
what it refers to is the fact that
the tyrannical system of government
and the freedom of speech that exists through social media and the Internet more broadly
cannot continue to coexist.
One will kill the other at some point. So that phrase,
they're going to turn the Internet off is people saying, if this continues, governments are fucked. We've seen

(01:00:21):
attempts by government
to
control
and influence the Internet.
I don't know if our friends across the pond are aware of this, but in a few short days, you won't be able to have a wank in The UK without scanning your face. That is dystopian.
My poor friend, old dirty John, I've got a great voice note from him. I might just paste it in here. Great. They put that fucking age verification

(01:00:45):
on all the fucking porn sites now. So I'm like, great. So I just need to scan your face. My mom even don't wanna whack no more because it just keeps timing out, timing out. Two seconds, two seconds. That's it. There is no porn. Oh, you gotta fucking jump through hoops for the fucking state to have a fucking wank. I swear to God, fuck this country. You know what I mean? Next thing you know, fucking diddy will be found innocent. Oh, yeah. He has been. Bullshit.

(01:01:09):
Hang on. You can't have a wank without showing your face. I've always shown my face before I have a wank. You can't use the Internet to look at porn without scanning your face.
Oh, okay. I get you. So that's not just the only indicator. If you think about the psychosocial
pressure that's building around
any
fucking issue what Epstein filed? Epstein filed. Are we still talking about Jeffrey Epstein? Oh, that creep's been talked about for years. They're just stalling. They're just hanging on,

(01:01:39):
and it doesn't matter what topic you look at. They're acting like tomorrow is not gonna come. And this is, like, what worries me is
I didn't stumble onto this theory
because I'm just so fucking intelligent.
I'm not like the savant.
I'm not like the guy in The Big Short who just saw it coming. I'm a fucking retard, and

(01:02:00):
I'm not the first person to have worked this out. I think there's a reason why we never saw any of Nikola Tesla's
work. Because one of the first things he talked about was
the music of the spheres,
the frequency vibrations
of the
solar
astronomical capacitors. He was fucking tuning into this shit and all his you wanna go and read on the electrodynamics

(01:02:23):
of bodies in motion by Einstein. You can read that fucker in English, German. Whatever language you want, you can read that. You want a copy of Newton's Principia?
Yeah. Fine. Absolutely. It's all free PDF. Any of Nikola Tesla? No. Sorry. He can't read that. Why not? Oh, because he's talking about AC currents and
astronomical bodies. One of the reasons I've been quite concerned about this, if I'm right, there are people that also know about this. They've not just been prepping for this. They've been

(01:02:48):
fucking using it to their advantage. They've actually been playing a big fucking game. They know that things reset. They're scrambling for strategy. So I'm getting a bit hyperbolic here, but why do you think there's such a fucking big fuss over
the location of Israel? Is it because there's buried artifacts and all this shit? Or maybe it's just a very strategic position to hold when the board is reset and flipped. Maybe the crux of the Mediterranean,

(01:03:13):
the, like, calmest sea where you can sail out to all the areas.
You've got access to Europe,
Africa,
Asia. You've got you're right at the crux of Silk Road. Maybe they just they've done this before in multiple cycles, and everyone thinks that's the best place to start. I don't know. But it certainly feels off. It certainly feels like the people in power don't give a shit, and they don't think that revolution's coming. And I don't think it's because Palantir and surveillance cameras are that effective. Because you're talking about 99% of the population against 1%.

(01:03:45):
Yeah.
Maybe. I'm on board with all the other stuff of, like, that all sounds plausible.
But when you talk about governments and them planning this stuff, slow rolling things because they're waiting for a day where
the world's gonna end
in Halloween, and that's why they're slow rolling things. I'm not really on board with that because I feel like they've been speeding up the last

(01:04:09):
five years or so probably because they slightly feel power slipping or massively feel some power slipping or the,
the general feeling
from most people is less positive towards government than it was ten years ago and twenty years ago and all the rest of it. So I think some of it's just like fear of losing control. I don't think personally, and I could be wrong, that it's because they're waiting for a certain date and they're just slow rolling because of that. But I could be wrong. I I don't make that link personally. I hear what you're saying. I'll give you my reasoning. I've started prepping like an absolute motherfucker for this, but I'm not certain there's not gonna be power and communications in November. I'm really worried that there aren't,

(01:04:47):
and I am making preparations for that. I'm putting off certain things until November. You know? I'm just kinda going, there's this real risk. And once the risk has passed,
then I'll address those issues. Like bills?
A little bit. Yeah. Yeah. Like, fuck fiat currency. But at the same time, I'm not gonna go and spend all my mortgage money.

(01:05:07):
And then come November 14, they're like, the bill's due, and I've got no money in the account. Like, I'm not gonna do that. And what I'm predicting here is not that we are definitely going to all die. Actual fact and this is a bit of a hunch. It's a little bit of a gut feeling. But
the big reset
at the Younger Dryas, the end of the Younger Dryas, happened twelve thousand six hundred years ago.

(01:05:33):
Now that number is not insignificant
because the Earth has a particular cycle called axial precession
where the Earth wobbles like a spinning top. The time period of that cycle
is estimated to be about twenty six thousand years, twenty five thousand nine hundred, Randall says at the moment, but it does speed up and slow down at certain points on it. So we're not accurate.

(01:05:55):
But within a few thousand of a percent, we're at 50%.
So my gut feeling
is that this is not the end of the cycle.
This is the halftime event because we're halfway through the cycle.
We had a big event twelve thousand six hundred years ago.
Things have built up now. I think this is kind of the change ends

(01:06:16):
midpocalypse,
which
I don't wanna sound flippant. I don't wanna sound like I don't care. I haven't
thought
about what this means
for people, people I've met in my life. My initial thought was that this could be something that could wipe out ninety nine point nine percent of life on the planet. I now think it has the potential to

(01:06:38):
be anywhere
from nothing
to the ninety nine point nine percent. So what's my average? Fifty percent.
I think this is gonna be significant,
but not
catastrophic.
Okay. A lot of that's hunched. I'm sorry. There's no evidence on that. Okay. Let's say you're right. Halloween rolls round. There's this big solar flare because of this torrid meteor stream allows that to happen.

(01:07:05):
Then
the world gets sort of, as I understand it, sort of like hit by lightning, but, like, massive bolts of lightning.
And then presumably anyone who's in that area is just gonna be fried,
and then all electrics
would be fried. But people who aren't in that area
who aren't gonna be fried,

(01:07:25):
they'll be okay except for that all the electric
grid and everything goes down, and then that's gonna cause mass panic, and nothing's gonna be shipped properly. And people are gonna especially in cities, people are gonna be fucked if that happens. I think you underestimate
the impact. Okay. You're absolutely bang on with a lot of that. I think you underestimate

(01:07:46):
the
severity of the human element. Let's play a sort of best case, worst case scenario. Mhmm. Best case
scenario, there's no asteroids that land. We don't have any impacts because that's fucking bad because we have a risk of a nuclear winter.
Steam and cloud thrown into the air and sun is blocked out for, as it says in the Norse mythology of Ragnarok,

(01:08:09):
for three winters, a winter that lasts three three years.
So let's assume it's just the plasma discharge.
All of a sudden, middle of the day or even you're out of an evening and you suddenly see the northern lights where you are in Libya, Max,
and you're like, what the fuck? I've never seen the northern lights.
And you get your phone out and it stops working. Mhmm. You go to get in your car. It works because it's a petrol powered car and you drive home. You get home and the house is on fire or neighbor's house is on fire. There will definitely be some fires. Some parts of the grid could survive,

(01:08:44):
but
not much. Some parts of the Internet could survive, but not all of it. Like, the whole planet will be hit by the EMP. As you say, if there is a plasma strike,
a spark, anyone who's under that spark is annihilated.
Assuming there's not even a plasma strike that doesn't strike anything, it just knocks out the grids.
The human impact in the cities within one week, it's fucking chaos. No one's shipping stuff. It's not gonna be that Q has to do a Morse code to say, oh, like, password prime's a little bit late again.

(01:09:15):
It's gonna be fucking no one's shipping anything because everyone's dealing with their own problems.
Everyone is like, no. I'm going home. I'm not getting paid. I'm not doing anything. I'm going home to look after my family. There's no lights.
Okay? At night, people are feral. People are going out stealing because people don't have food. People live hand to mouth. The next couple of months

(01:09:36):
are gonna be brutal,
absolutely
fucking brutal.
And the only thing that's gonna keep people safe is
smart people like the ungovernable misfits
keeping
cool,
getting people together,
going out on that first night, putting out fires in the local neighborhood,
walking around with a whistle, calling people, saying we're having a meeting, get down there, and telling people to start collecting rainwater,

(01:10:02):
digging cesspits,
all these stupid little things that you have to start thinking about because people are fucking dumb. And they'll just be like, oh, the power will come back on.
And they'll shit in their toilet, and then the water will run out. And then they'll have a toilet full of shit, and then they'll start shitting and pissing in their gardens.
And then you'll have rats, and there's so many little factors, disease, illness.

(01:10:25):
If it happens and it's even the best case scenario,
it's bad. It's really bad. Yeah. So it's it's not necessarily
that it's an impact that creates massive floods and everyone just gets wiped out. It's more humans
will seriously struggle without all of the infrastructure that we've built around us to keep us alive. And most people are

(01:10:46):
fucking retarded,
and there's no real sense of community in most places. So I can totally see that. And then so I guess the
advice
would be to anybody in this kind of I think most of the people, most of the misfits and people in the Maschadel and everyone are are a few steps ahead here is, like, get the fuck out of the cities. At least do it on Halloween. Get out the city. Sorry, Max. Don't leave on Halloween. Just think about stuff. Alright? If you see what I'm describing, if you see the plasma in the sky, you see the the aurora,

(01:11:20):
the electric grid, and the power grid go down simultaneously,
you have a very small window to move because it will take people a few hours
to start realizing that this is a bit more serious.
If you are in the city,
you need to have a bug out plan,
and you need to get the fuck out as quickly as possible and get to wherever you're going, some rural location.

(01:11:45):
Otherwise, you've got to stay put. So we can't give specific advice. We can give general advice. There is a very short time window to move.
If you don't need to move, you need to think about what you're gonna do. I'll I'll talk you through my plan. I've got a 1,000 liter water storage container
and a like an outdoor tap, and I'm just gonna fill that fucker up. I'm I'm gonna fill up the bathtubs and the sinks with cold water,

(01:12:08):
and then I'm going down to the supermarket to just fucking fill up a trolley because
I've worked at a supermarket. And when the power goes down, they just do an estimate.
Okay. If they let you in.
I'm going I'm going on a trolley dash.
I have got provisions in stores, and I have we started growing stuff with very early stages homestead.

(01:12:30):
I have some
things like a generator and,
some
component
that that can use, but I'm actually sort of going like, no. I need to just act as if the electricity is gonna go off, and that's not a bad thing to do generally.
I do have a Faraday box.
I do have some things I've kept. So I have got a brand new

(01:12:51):
Google Pixel
with thanks to Shadrach.
Big shout out to him for helping me out. And that's in a I bought a little Faraday box. And in there, I've put graphene phone.
I've got a pair of solar powered wind up walkie talkies
and a mini pocket sampler
that's battery powered so I can play some beats. Gotta have it. I'm gonna build an additional Faraday box, which is just a cardboard box

(01:13:18):
wrapped in tinfoil
with a wire connected to the earth connection of the because in The UK, we have three pin sockets, and the third pin is an earth. So I'm just gonna literally wire the box to earth. So any fields that pass through that box,
any induced currents will be diverted straight to earth, and the stuff inside the box is protected. It's fucking easy to make. Unless the Earth no longer acts as a stable ground. Who's to say with all these charged particles going through the air that that the Earth, you know, isn't

(01:13:49):
That's a good point. The same type of of But, I mean, I'd rather give it of conductivity. Yeah. Yeah. Sure. Give it a shot. But
there's something that popped into my head. This is why I need to get this off my chest and out to the community because there may be someone out there who can just go, you've forgotten about this. You've forgotten about that. Gut instinct is I don't think I'm wrong.
I'm
scared that I'm right. I wish I was wrong. It's also not a lot of effort to glue some tinfoil to a box and connect it to the plug socket. So I'm gonna give it a go. I I went through this at my old house. What would it look like? And I think that's what we need to encourage people to do. It's like, what the fuck would you do?

(01:14:27):
Okay? You need to immediately
the first thing you need to worry about is fires.
K? Because any
loop of wire
has the potential to become live
and therefore
overload,
surge,
explode.
You know, most of it will probably just be damage to especially to find componentry.
Some things will just survive, you know, because the charge induced is not that high. Number one thing is fires. The number two thing that you're then gonna need to do is think about security

(01:14:56):
and organization.
Because if you can get people calm and organized and tell them what is going on, that's gonna help. You're gonna say to them if you can say to them straight away, look. I know exactly what this is. Because of the aurora borealis, this is a Carrington event just like in 1859.
The grid is not coming on for a while. We need to act like that. Obviously, I don't wanna sound like a fucking madman to my neighbors, but

(01:15:20):
bizarrely, when I met some of my neighbors, I was sat in a room with them, and two of them were physics teachers, ex physics teachers.
And I've just dropped a few subtle hints. You know? Talked about the Carrington event. Talked about how I wanna be sustainable.
I don't recommend you go around telling people you think the world's gonna end on Halloween, but
it would be wise to drop a few hints to people that you maybe see so that when it does if it does happen,

(01:15:45):
they know that you knew
and that they know to listen
and that you know what the fuck you're talking about and that you've been thinking about this and you are prepared. So fires,
community,
and self defense. These are gonna be your first three key things. Alright? You're gonna wanna help the people in your local community to

(01:16:06):
organize so that they don't fuck things up for everyone else. Like I say, with with simple things like going to the toilet, even in a moderately
populated area, that has a real potential to cause
serious issues.
And then you do have to be prepared to secure your home because people are gonna get desperate within a week.
Within one week, people are gonna get hungry, and that's when we have to sort of Fat fucks are gonna get hungry after a day, most people.

(01:16:34):
Well, a lot of people have got shit in their cupboards. Most people will have no idea that this is gonna last. They'll think it's a power cut. They'll think it's a power surge.
They'll think it's something. I'm gonna be hyperbolic here as well
is I think
this has happened before.
I think
we talked about this previously, John. The Anunnaki

(01:16:55):
were not aliens.
They were human beings who knew that this was coming and either were in orbital space stations
or they were on a moon base
or they were in tunnels underground
or under the sea or somewhere where they were shielded from this plasma event. And they came out, and then they fucking acted like they were gods because they had technology.

(01:17:20):
And then they just
fucking
used that knowledge
to bend humanity and to control it to their will. The ark of the covenant
was very likely an archive
of information.
If you look at temperature graphs of the human timeline,
this event could have happened

(01:17:40):
five or more times.
I think
they've got plans in place, and I want the ungovernable misfits to have plans in place because
you folks
have a real
potential
to make a fucking massive difference. John, you talked about the rise of warlords and militias and things like that. Okay. What how do we avoid that? How do we protect

(01:18:06):
not just our families, but our communities
and our way of life? And I don't think that that's a crazy thing to do anyway. I don't know that I have much more to really add without starting to sound actually insane. So have you guys got any questions that you want me to follow-up on? Okay. I'm going to do this the best I can. Do you think a big event is coming

(01:18:28):
because
of culmination of many things?
Peak solar activity
in the eleven year cycle,
novas
affecting
our sun and Earth, and that energy being conducted to our solar system
via plasma.
And there are a number of scenarios that can kick off
because of all of this increased activity and a culmination of events happening at the same time. What I understand is there could be a potential plasma discharge

(01:18:59):
to somewhere on the Earth,
that the toward meteor stream
could kick off a few meteors that may hit the Earth,
that the toward meteor stream coming through is full of conductive material
that could amplify the effects of what's going on.
Those effects could be earthquakes because perhaps our tectonic plates are going to be affected and moved in different ways causing

(01:19:28):
super volcanoes to, to pop off or multiple volcanic events throughout earth during that time. The polar shift thing, we didn't really get into that too much,
but if you have a cataclysmic
polar shift,
the theory behind that is is all the water and the earth kinda sloshes around and eventually floods much of the earth perhaps for a short period of time or or longer.

(01:19:53):
With the Younger Dryas
event, wasn't one of the theories that Earth's currents
slowed down or stopped? Yes. And that is a really important fact
because the Atlantic Meridian Overturning Current or AMOC
and the Southern Meridian Overturning Current, the SMOC,
are both showing

(01:20:14):
unusual activity at the moment. Okay. That's a worst case scenario. So we also could have,
extreme solar flares that knock out a lot of satellites
that could potentially charge all of these,
telecom wires and and power wires and and cause mass fires.
If you're blowing up a lot of transformers, those transformers are are made in very specific places.

(01:20:39):
And the thought of replacing all of those transformers is is a herculean
task that humanity would have to undergo in order to restore just a small sliver of our electric grid. To me, these are events that
we can't really account for in the physical because number one, we don't know what they are and we aren't as a human race that organized

(01:21:00):
to prepare and defend against it. So this is where I I want to pivot my thoughts to the spiritual. Perhaps
the
global elite, these movers and shakers.
Parasites. Let's call them parasites. Sure. Alright. These
fucking parasites
are keeping us
wallowing in negativity

(01:21:21):
and being dejected,
not just for systems of control,
but perhaps because spiritually
we have the power to
defend ourselves
against these celestial events,
perhaps
through positive prayer, perhaps us all directing our energy as as humans in one direction

(01:21:43):
to defend ourselves against this, that we do have some sort of power
beyond prepping for an event that we can't predict. So maybe while everyone is prepping
and trying to figure out which one of these events is going to hit us, that we all stay focused in prayer and meditation
in a positive direction
to spiritually

(01:22:05):
protect ourselves, whether that's increased electromagnetic
activity from our bodies and and from our minds
to defend against this. So my advice is stay in a spiritually
pure
praying state, and let's all direct our energy out into the universe to protect us against these events. That's what I've thought of this entire conversation. That's beautiful, John. But But

(01:22:31):
the but kinda made me laugh.
It's just a couple of things that I really wanna get in. And these parasites,
we cannot
approach life
thinking
in terms of black and white, good and evil. What would you do
if you really genuinely thought that everyone was gonna die? If you try and empathize with the person that you consider to be your enemy, try and see from their perspective and think of them as a human, like this lovely quote from Terry Pratchett and Neil Gaiman's book, Good Omens.

(01:23:03):
All of the trials and tribulations of humanity are not from people being fundamentally good or fundamentally evil, but from people being fundamentally
people. If you knew that this was coming,
would you tell people? Would that fuck everything up? Would everyone stop going to work and the system grind to a halt, supply chains end? It's a really tough call, and I actually

(01:23:25):
like to live my life trying to see things through other people's
eyes and their shoes. And I genuinely
think
people in charge,
peep these parasites
do think they're trying to do the right thing. I think they are trying to save lives. I just don't think anyone is
I don't I don't think anyone's beyond saving.

(01:23:47):
One thing we covered on the first go round
was
the idea that a lot of the
wealthy individuals, powerful individuals are either exploring ways to leave Earth or special bunkers or tunnels
or any of the things, any of the ways that you might save yourself and others

(01:24:08):
in this type of situation.
So there is a part of me that's like, there's a possibility
that others think this and are at least prepping for this or an event like this. It doesn't mean they're right, but there is a little bit in me that I'm like
because to me, I don't really see the draw
of going to Mars or the moon or these type places. And maybe that's just like me being boring. I'm like, that's pretty fucking cool. Especially if you've got loads of money, if you're a billionaire. Like, you can kinda do what you want. You have amazing food. You can go to all the places you wanna see. You can see

(01:24:42):
just incredible things on this planet, and you can spend time with the people you wanna spend time with. It can be an amazing life. Personally, I wouldn't be bothered at all about any of that shit, like digging tunnels and fucking having nuclear bunkers and whatever.
So it does make me think like,
maybe maybe they think they know something. Very simple thing to do. Listen to what people say and take what they say at face value.

(01:25:08):
Elon Musk has very clearly said that if humanity wants to continue, we need to become a multi planetary species. He's fucking open about it. The reason he wants to occupy Mars is he is worried that there is the risk of a global catastrophe,
and humanity could be wiped out. Why are we debating his motivations

(01:25:30):
and saying, oh, well, I just you know, I think it's something else. Just listen to someone. This lady,
Caroline Fitz Catherine Fitz, Caroline. I can't remember her name. She's an incredibly
credible person. She was part of the US Treasury Department. She worked with the Bank of International Settlements, and they're the fuckers who own the world. Let's be honest. The Bank of International Settlements

(01:25:50):
is a sovereign entity of its own. It's above the law. It runs the world. It owns everything.
They
have been committing according to miss Fitz, missus Fitz. I don't know if she's married. They've been committing insurance fraud and mortgage fraud to the tune of $21,000,000,000,000
to form a breakaway civilization.
So we've got more than one person,

(01:26:13):
mainstream,
influential,
very credible people
saying
catastrophe is coming, and we need to prepare, and I'm preparing for it. Zuckerberg apparently has built some kind of huge fortress up in the mountains.
Musk is also digging tunnels through the Boring Company, and he's exploring deep sea mining as well.
This international banker, I really recommend that she is interviewed on Tucker

(01:26:38):
and Danny Jones, if you like it a bit more crazy. She keeps it quite straightforward. She's talking about mortgage fraud most of the time and the Bank of International Settlements. I think that's pretty clear
that the parasitic
elites
are concerned about this and are acting like it. Yeah. I think we should
respond in kind and agree with what John said about staying grounded,

(01:27:01):
staying connected
to the source, the big g God, what Jesus called the heavenly father. I think
we should put our faith
in him. I not been particularly religious all my life, but I've felt like I'm not walking alone recently.
I in my heart, I think we're gonna be okay.

(01:27:23):
I think we're important. We're all part of God's plan. That might be to some people, that's probably the craziest thing I said, which is ironic.
I want us to all think about the culture that we preserve
regardless of whether disaster comes or not. What stories do we save? What songs do we sing? Because these are the things

(01:27:45):
that echo through time, and these are the things that have
led us
to this moment and helped us to understand our past, our present,
and our future. I'm gonna sign off with that. I was waiting to see if John, had a response to that. No. That's a good sign off. I wouldn't I have no desire to interrupt that one. It's all very interesting.

(01:28:06):
I'm still
not all that scared, but I will
begin to do some level of prepping
and just generally be nice to neighbors
as I'm doing anyway and just sort of be
semi prepared, more prepared than most people, but less prepared than proper preppers

(01:28:27):
because I'm just gonna continue living my life because also if it does end and I get hit by one of these fucking bits of lightning, I'm just gonna spend as much time as I can with the kids and missus and just enjoy it. And if it's my time, it's my time. I appreciate
you thinking of us all, mate, and trying to warn the ungovernables.
Any final thoughts from you, John?
My final thoughts are
we will all live on. Physically, we may not be here. If one of these catastrophic events hits, we will all live on. So stay pointed in prayer, connect with your God, connect with God spiritually,

(01:29:00):
and your friends and family, defend ourselves spiritually
while you're all prepping physically. Okay, mate. Love you all in case this is our last part and we all do die.
It's been great. Thanks for all the support. Let's definitely reconvene November 1.
Yeah. Let's do that. Let's do that. A celebration recording. And if we don't, then I've appreciated you all. It's been a really interesting

(01:29:24):
eight or nine years or whatever it's been and
life's been good. So so thanks to all of you. See you again on the other side. Yeah. Alright, mate.
Yeah.

(01:30:03):
Words slowly
lead me

(01:31:18):
I can find my
way home.
Devils on my back end,
angels in between,
the scars in dreams that

(01:32:45):
every word that was spoken.
Do I carry
home for the whole place?
Long

All Episodes

Episode Transcript

Popular Podcasts

24/7 News: The Latest

Crime Junkie

The Clay Travis and Buck Sexton Show

.css-15opob5{left:0;position:absolute;top:0.8rem;} All Episodes

.css-14f5ked{margin:0;word-break:break-word;display:-webkit-box;-webkit-box-orient:vertical;box-orient:vertical;-webkit-line-clamp:2;overflow:hidden;}Ragnarök

Episode Transcript

Popular Podcasts

.css-r6mb8g{margin:0;word-break:break-word;display:-webkit-box;-webkit-box-orient:vertical;box-orient:vertical;-webkit-line-clamp:1;overflow:hidden;}24/7 News: The Latest

Crime Junkie

The Clay Travis and Buck Sexton Show

All Episodes

Ragnarök

24/7 News: The Latest