Einstein's Unified Field Theory

Guest host Richard Syrett and author Mark Fiorentino explore his research into Albert Einstein's unproven unified field theory that could provide answers into faster than light space travel, anti gravity technology and more.

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Episode Transcript

Speaker 1 (00:00):
Now here's a highlight from Coast to Coast AM on iHeartRadio.
Welcome back to Coast to Coast AM. Richard Sarah's sitting
in for George Norri and Mark Fiorentino stays with us,
the author of Master of Reality. So the experiment again
that is in the final chapter of that book, and
you're encouraging physicists all around the world to perform this experiment.

(00:23):
I mean, what's involved? I mean, is this a costly experiment?
Is there a lot of equipment required? There is you
need a powerful magnet, so you know high magnetics labs
it would be the place to do it. The more
powerful the magnet, the more likely you will see, you know,
the expected effect. And then what would be good is

(00:47):
to turn it on at different intensities and then chart
plot out. I expect her to be an exponential gain
in the blockage of the gravitational field as so as
you get stronger electromagnetic or a magnetic field strength, it'll

(01:10):
suddenly rapidly rise the blocking capability of the gravitational field.
But you know, you have to do different intensities and
see how much lighter the object is at each different
intensity and you'll you'll get a curve basically, and as
you get to a certain really strong maybe I don't know,

(01:33):
two three hundred teslas or whatever, you'll eventually block all
of the gravitational field in the item will just float there.
And my big concern is that, you know, the government
will try to cover it up again, and I'm hoping
that doesn't happen. But if people are doing it all
over the world and they all submit these documentations and

(01:56):
here's a little bone to throw everybody out there, the
first one that does it, I guarantee you're going to
win a Nobel price because that's big news, that's really important.
Anti gravity is the biggest discovery that's going to ever
be on this planet. So that's there's something to work for,
a motivational factor to go for it. Well, how how

(02:18):
practical is this because it's one thing to you know,
for a pencil to be to lift off the table
using this magnet a supermagnet. But I mean if you
wanted to use this as a propulsion device or or
you know, to to lift let's say a Boeing seven
forty seven off the ground, how much power would you require?

(02:40):
A lot? And that's that's one of the big, one
of the major problems to solve because the amount of
energy that's going through I'm going to estimate as hundreds
of megawatts, maybe more. And so now we have to
have a power source to drive those coils. If you
want to surround a cigar shaped thing the size of

(03:04):
the seven forty seven with concentric coils so that you
make to basically make the whole thing into a giant magnet,
so you have a magnetic field going around it. That's
it's going to take a lot of energy, and it's
got to be a package the power source to a
fairly small size, maybe the size of a basketball or

(03:27):
something like that. And I know of a way than
I believe can be done, but I don't talk about
it because I don't want to interfere with the people
who are actually working on this device. And there is
people with patents and such, but you know, they're under
the radar, and I would like them to stay there

(03:48):
at this point. And so I think that that's a
big hurdle that has to be done. But that's the
way it's done, and apparently it can be done because
aliens are using it and they're getting here and so
there must be a way to do it, all right,
So let's let's talk about the light speed barrier. Does

(04:11):
the unified field theory by solving that by cracking that,
does that allow for superluminal motion? Yeah, because my unified
field theory is an extension of both special and general relativity.
So there's going to have to be more equations to
bolt into those so that you can accept as a

(04:38):
reality the ability to build a spacecraft that can go
beyond the speed of light. So what you do is
you're building a spatial bias drive that stretches space apart
even more. As you have to look at it as
like a guitar string. When you pull it tighter tighter,

(04:59):
the frequency he goes up. And it's the same thing
with the ether. We know it must be very tense
because speed of light is very fast. So if we
stretch it even more and make it more tense, then
the capability of moving faster becomes possible. And Maxwell's equation

(05:22):
defines the speed of light a c equals one over
the square root of permitivity times permeability. So what we
need to do is to lower permeability and permitivity, and
that can be done using a magnetic field. So the
stronger you make it, the more space is stretched, the

(05:44):
lower those two numbers become, the faster you can go.
So as long as you're inside of the slipwave completely surrounded,
you could go any speed you want. And if we
reduce those two to zero, So those two properties, those

(06:05):
are basic properties of space permeability and primitivity. If you
reduce into zero, which I do not recommend, you can
go infinitely fast. And they have built materials that exhibit
that capability. They're making patents right now. They're called meta materials.
Look it up on the internet. Fractal lenses made out

(06:26):
of metal materials. The light inside of those materials, as
they're saying, it goes infinitely fast only while inside the material.
As soon as it comes out, well, then it goes
back down. So the speed of light is being determined
by the properties of space, and if you manipulate those

(06:47):
you can change the speed of light. So I think
there's good evidence to support that theory. But again, the
energy required would be enormous, would it not, Like we
said for the slipway bias drive, Yes, it requires an
enormous but it's amount that we could generate if we

(07:09):
have the right power generating system. I think some of
the experiments that the US did in the early days
of building UFOs, they were probably using small nuclear reactors inside,
so that these early UFOs that they were building were spewing,
you know, radiation out of them. It's not practical, it's

(07:31):
not safe. But you need that kind of a power source,
like from a whole power plant to guide bunny these
and it seems like it's like impossible, but obviously it's
not if you know how to build the right technology.
And you know, I limit myself. I hold myself back

(07:55):
about talking about that right now, but I do think
there's a way to do it. So you mentioned the permeability,
and there was one other one permi primitivity and permeability.
You said, not a good idea to bring those down
to zero. What happens if you bring them down to zero.
If you're in a spacecraft, there's a lot of dangers

(08:18):
about going at the speed of light or beyond it.
If you go that fast, even a second at moving
at that rate, you'll be out of the universe. You'll
be in someplace in between universes. You'll certainly be out
of the galaxy. It's infinitely fast. Well it's it's really fast.

(08:41):
It's hard to calculate that, so id's are you can't
ever really get down to zero because you know, I
just suspect it. It would be very difficult. I'm hoping
that that's impossible, but it might not be, and one
would have to do experments by building the ships and

(09:02):
building in some sort of a monitoring system that can
make that measurement on the fly. So you know that
you're not going to do that, because you will be
lost at the very least, you'll be in a place
where you won't know where you're at after a few
seconds at traveling at that speed. Because when you go
beyond the speed of light and you're looking out your

(09:24):
front window, everything goes black because of the Doppler effect.
So all the stars you're looking at ahead of you
you can't see anymore because they're blue shifted to the
point where they they're not visible, and all the stars
behind you are red shifted to the point they're not visible.

(09:46):
So at best you might be able to see something
out of the side window that looks like a little
bit of a rainbow, and that's because they're you know,
you're moving parallel to the light sources in that area,
but going a thousand times speed of light, that's that's
probably not even going to be available to you. It's

(10:06):
you know, it's scary looking, it's pitch black, and you
have no radar that can scan ahead of you and
make sure you don't hit something. So you know how
how to solve that problem, I'm not really sure. You
just got to be details details. You just gotta be sure.
What happening at a star when you do that. What

(10:28):
happens to mass as you approach the speed of light?
Good question. That's that's something we got to cover here,
because under normal circumstances, mass increases as you approach the
speed of light. It's a special relativity section we're talking
about now, the Lorenz transformations. If you're using a rocket ship,

(10:52):
it would take like the hugest, biggest rocket ship you
could ever make, and all the energy in the universe
to get your rocket up to the speed of light,
because there will be a inertial drag because of your
increase of mass as you go faster and faster towards
the speed of light. Well, it's a problem. But if
you use my slipway bias drive. You cancel all of

(11:15):
the Lorenz transformation problems because you're stretching space apart, and
so it's like you're moving through almost nothing, so there
is not an inertial increase in mass while you're inside
of the slipway, and there's no time dilation. Time becomes

(11:35):
absolute again like Newton liked it. So if you want
it to go to Proxima Centauri four point two light
years away and you go fifty thousand times the speed
of light, it might take you a few minutes to
get there. Whatever. It's in real time. So if somebody
on Earth is watching and you go off, and you

(11:58):
go and you look around and you come back in
twenty minutes, it's twenty minutes for you, it's twenty minutes
for them. There's no time distortion on the spaceship because
or Lorentz transformations are canceled out because you're being protected
within the slipway bubble. So it's a great system, and

(12:20):
it allows you to break the speed of light without
having to experience all the problems you would have if
you weren't inside of the bubble and you were trying
to use a conventional method like rockets or something to
get you up to the speed of light. You could
never do it. So it's so let's suppose that the

(12:40):
US military industrial complex was on board with this and
they said, you know, Mark, we're going to give you
a lab. We're gonna give you all the resources that
you need. How much how long do you think it
would take before we had essentially UFOs well equivalent for
pulsion systems to a UFO with subluminal speed. Subluminal or

(13:08):
superluminal you mean, I'm sorry, I'm sorry superluminal. My apology
is superluminal. Uh well, it depends on if we have
the power technology ready to go. And it also depends
and I talk about this in the book. This is
why I want the physics physicists to stop wasting time

(13:28):
looking for more particles. That's little value add At this point.
What we need to do is develop two things. The
power source and we need to develop room temperature superconducting wire.
If we have these things now, and we may already
have the room temperature superconducting wire, but it's probably been classified.

(13:51):
It's a top secret, so you know, I don't know
somehow well, you know, there's rumors that Area fifty one
has flying sources flying around and they're going and doing
missions an now already, So we already have all that stuff.
So I don't know why they would hire me other
than because they probably know most of this stuff, if

(14:13):
not all of it. I well, yeah, assuming that they
don't have it, though, I guess I'm trying to get
a handle on. Are we ten years out? Are we
twenty years out? I would say without those things and
we had to develop it twenty years out. If we
have those things, I could build a ship in two years.

(14:38):
This is interesting because when we think of extraterrestrial civilizations,
for example, we often think that there are tens of
thousands of years more advanced. But based on what I'm
hearing from you, they could just be a couple of
years ahead of us. It is possible in a civil

(14:58):
advanced civilation. Civilization may only be a hundred or a
thousand or something like that. But odds are we're really
a young civilization. We're just barely out of throwing rocks
at each other and spears. Odds either are millions of

(15:19):
years more advanced. So not only do they have all
this technology, and then some they've got you know, stargate technology.
They have. Undoubtedly they have mental powers that are well
beyond psychic or sixth sense powers. All of that psychokinesis

(15:42):
and telepathy and all that stuff well in advanced that
they probably use along with their advanced technologies. It's how
about time travel? Then, if if we can achieve superluminal speed,
we could travel into the future. But what about time
travel to the past. Didn't Einstein rule that out? And

(16:05):
you know, I thought that was not possible either, But
you have to look at the bigger picture. This is
the book is the Master of Reality. So reality includes
not just our physical reality, but the reality of other
universes and other dimensions. And since that is most likely

(16:30):
from all the NDE experiences I've read, that's what exists.
There are infinite amount of universes and an infinite amount
of dimensions. Therefore time is he's also out of bounds.
When you go to like the afterlife, there is no time.
So that means here it's possible that there are time

(16:54):
segments all running in parallels. So we're living in a
time segment. But the pastime segments may be accessible if
you can build something that can move beyond the speed
of light and somehow create a portal between this time

(17:15):
and other time segments. It's highly theoretical. It's the most
speculative part of my book, and I was pretty uncomfortable
writing it, but I made an attempt to do it
anyway because I thought I was told it was important
to do it. So I did my best to try
to design a stargate system based on knowing that fractal

(17:40):
lenses exist and meta materials exist, so I could get
light to move faster than the speed of light within
that material, which would then cause an electromagnetic shockway when
it comes out of that material, and that might be
enough to affect space so that we could pass into

(18:00):
these other realms. Listen to more Coast to Coast AM
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