Episode Transcript
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Speaker 1 (00:00):
Now here's a highlight from coast to coast AM on iHeartRadio.
Speaker 2 (00:04):
James, does this comet act unusual for a comet?
Speaker 3 (00:10):
Well, in the sense that it is. Yes, it's a comet.
It is a comet, not an alien spacecraft. What's going
on is it's moving really fast, so that does two things.
And remember it's a plasma discharge comet. It's not a
nice ball. It's not melting with the solar wind or something.
So what's going on. It's discharging the solar capacitor, but
(00:32):
at a very high rate because it's moving very fast.
So that's number one. And so it has a very
high charge. Because it's moving very fast, it has a
hard time keeping a tail. And because the material is
coming in. It's like a bus coming down the street
and everybody's trying to jump on the bus, but the
(00:53):
bus is going so fast you can't get on the bus.
That's what's going on with this comet. So it gains
a tail, it'll lose a tail depending on the material there.
One of the things that they've been querrying over since
the beginning July second, when this was discovered, is the
anti tail, and it is a very normal characteristic of
(01:14):
all comets to have a sunward spike. It's just that
you can't see it with most slow moving comets that
we see in the Solar System. One of my predictions
from nineteen seventy nine when I first started all of this,
was that comets would exhibit X rays to the sunward side,
something that in nineteen ninety six was discovered. So another
(01:38):
property of this comet is that it has what they're
calling non gravitational forces. It's it's not moving perfectly with
gravitational predictions, and that's because of the tail drag. So
what's going on is it's drawing in tail material and
(01:58):
probably it's being baked on the nucleus or this nucleus
is large enough to maintain that material gravitationally, and so
it slows the nucleus down. And so that's what they're
saying is they say that the proponents of a spaceship,
they say that the anti tail is a propulsion system
and it's making it slow down. Well, no, the anti
(02:21):
tail is a sunward spike. It's the electrical beam that's
coming out from the Sun. Also, it's had interactions with
the Sun. It is interacted with the Sun and the
Sun is blaring out to it. That's a normal property
of comets. We see that all the time. NASA will
not acknowledge that, and we see this on the SOHO
(02:43):
cameras all the time. Comets come in, they discharge with
the sun. It's a normal property of the plasma discharge,
comet doing its thing. There's a lot of other things.
For example, the idea that it's only five degrees off
the plane of the planets. Not a big deal. So
(03:05):
I mean has statistically going to happen. It's not something
unusual to the point where you would claim, oh, that's
an alien spaceship. That is not you know that, it's
not something that would lead you to say it's an
alien spaceship. The green color that surrounds the nucleus, it's
(03:26):
a halo. This is common with all comets. It's just
once again, you can't see it with all comets because
it's not that strong. But it's a Dubai shield. It's
a charged shielding mechanism that happens in the plasma environment
about space when the negatively charged nucleus. This is very
This nucleus has a very high negative charge, so it
(03:48):
exhibits a very bright green halo, and it's been doing
that since the beginning. That's a Dubai shield. That's part
of the process of a comet. And of course, if
you think commets are dirty snowballs, there's no reason to
see a green halo around it. So these are just
some examples of Also, this comet was once they discovered
(04:11):
it with the Atlas telescope system, they looked into data
from other telescopes and sure enough, there it was coming
into the Solar system. So it actually developed as a
comet way out there, which dirty snowball comets don't do.
And we've seen other comets that develop way out beyond Saturn,
(04:31):
some beyond Neptune and Pluto even and so there's no
sunlight out there to sublimate materials off a ic nucleus.
It's the discharge of the solar capacitor. Because we now
know that that nebular ion cloud is out in what
we call the Kuiper Belt, and that's why there are
all these thousands of planets NASA's discovering out in the
(04:54):
Kuiper Belt. They're forming out there in the nebular ion
cloud and you can see the around other stars. So Anyway,
the list goes on and on. You can see. One
thing I saw the other day is some data came
in from the James Webb Telescope Infrared Spectrometer showing that
they couldn't identify the elements, and that is because the
(05:18):
charging on the nucleus creates a red shift. That's another
theoretical aspect of my work, the induced electric dipole redshift.
So they can't identify the elements because the spectral lines
are red shifted. And once they start recognizing this, they
can move those lines back to normal and identify what
(05:41):
elements they're actually seeing there. So they're doing a lot
of misidentification of elements because of this red shifting away.
Speaker 2 (05:49):
Back in nineteen ninety four, in July, comet shoemaker Levy
nine broke apart and crashed into Jupiter. Is that unusual
hit a planet like that?
Speaker 3 (06:02):
Well, yeah, it's the first time we've really seen a
comet in that case, twenty one pieces of a comet
hit a planet, and we've seen little chunks of things
hit Earth. We've seen things hit the Moon. But that
was a spectacular event and I was actually part of that.
(06:22):
I was working with the Russian scientists in Nova Sebiska
at that point, the University of nover Sibersk, Alexander Touttanov
and Alexei Dmitri, Dmitri and the crew there, and they
pointed all of their equipment on that comet because they
knew it would discharge the capacitor around Jupiter, and NASA
(06:46):
didn't even point a telescope at it. They said, these
are little snowballs. They are just going to burrow into
the atmosphere and we're not going to see anything. And
so thank goodness, the Russians had all their equipment trained
on that and when those pieces, first of all, they
changed from water comets to sulfur dioxide comets because that's
the local chemical species and the environment of Jupiter. And
(07:11):
then when they hit before they even hit Jupiter, they
exploded because of the electrical discharge. And this was on
the backside of Jupiter. So what the Russians detected was
X rays that were reflected off the moons which were
behind Jupiter at the time, and from that they could
calculate the amount of energy and the explosions of these
(07:33):
twenty one pieces, and any one of those pieces exploded
with more energy than all the nuclear bombs on Earth
put together, certainly not an ice ball. So yeah, that
was a huge event. And the Russians came out after
that and they said that definitely my theoretical work was correct.
(07:54):
Back then they were seeing the tornadoes on the Sun
and my theoretical work plane, but those were we were
working on how to manage and control hurricanes, which is
a cyclonic, very similar cyclonic electrically driven storm on Earth.
But yeah, Schumacher Levy nine was a major celestial event.
Speaker 2 (08:19):
Now, what are the odds of three iadlas smacking into
something as it makes its turn around the Sun and
does its thing.
Speaker 3 (08:26):
Well, probably the closest that came to anything would be Mars.
It had a very direct alignment. And interestingly enough, this
is when NASA shut down. We were supposed to have
all this grandiose pictures and data and the James Webb
telescope in the Hubble, and they shut it down. And
I'm sure that that comment was discharging to Mars like
(08:48):
Johnny Begod, there's something they didn't want anybody to see.
In fact, now that the now that the bug has
been signed, NASA supposed to open up and release all
its photographs, and that's why I postponed the release of
my book till Tuesday, is to give them a few
(09:11):
days to release this information. But I'm not real I'm
not real confident. Let's put it that way. They're going
to release real data because at Mars there was probably
a lot of electrical activity between the comet and Mars.
Speaker 2 (09:30):
Where do you think this comment originated from in the
first place, Well, it's coming in at high speed.
Speaker 3 (09:36):
I think. Here's the deal. We have equipment now like
the Atlas and other automated search engines that discover these.
Remember that probably ten other telescopes saw this in their data,
but they didn't realize that it was not captured, it
was not identified. So when Atlas finally discovered this the
(09:58):
automated system, they went back in other telescopes and sure
enough it was there. So I think what's going on
is more and more we're going to be seeing these
types of interstellar objects. They're probably ten of them rushing
through the Solar System at any given time, and with
better equipment, we're going to see more and more of them.
Speaker 2 (10:17):
Should we be concerned that we're going to get smacked
by one of them?
Speaker 3 (10:22):
You know, space is a big place. It's a very
big place. And so I think that you know, we
have had some major events on planet Earth. And one
thing I'm working with a group in the background is
to try and mitigate this type of thing, large comets
(10:44):
or asteroids hitting Earth. We have a asteroid mitigation project.
It's in the background. So, I mean, space is one
of our major obstacles in generating or giving a society moving,
besides you know, destroying ourselves with stupidity. But uh, the
(11:07):
the ancient Egyptian cults when the when the Greeks first
went back after they started developing, Solon went back and
asked the Egyptian priests cults, and they said, you don't
realize your history, but they and that's where the concept
of Atlantis came from. They said that we've had five
(11:29):
major destructive events from the sky over the past ten
thousand years, and I'm sure one of them was the
Noah's Blood the other one was the Venus event. And
they talked about five of them. So they'd get their
culture up and going and whamp, one of these event
events from outer space would level them. And of course
(11:49):
we can see that in the in the Archaeologue archaeological record.
We see devastation the whole world, and you know, you
can dig down one hundred feet and biden civilizations that
were buried for who knows how long, you know. So
(12:10):
it's a real issue. There's nothing that we don't have
right now that's a game changer. But to be a
long term player in the cosmos, we have to learn
how to manage these these disastrous events from outer space.
Speaker 2 (12:27):
You mentioned the AI stuff on YouTube. What's the motivation
James for that? Why create these phony videos? What do
they get out of it?
Speaker 3 (12:38):
I don't know, because you know, you look at the
comments and a lot of people are laughing at them
because they're you know, they're the Many of the comments
are ridiculing these videos. But I think, my after looking
at it, I think what they're doing right now is
just planting the seed in everybody's brain. Comets, aliens and
(13:02):
if there's an event, because they have events, they can
pull out of a rabbit hat, and so they if
they can say shut down the power grid, which all
they gotta do is pull a plug. If everybody's without power,
and the only information they get is from this emergency
cell phone, you warning system, that's in place. I think
(13:24):
they could control it pretty well and claim there's an
alien invasion. We have to in fact, this has already happened.
Where they're saying NASA is working with other countries to
have an alliance to go out and talk to the aliens.
This is already showing up in these videos. So I
think the idea is just to get the word out
(13:46):
there so everybody has it in the back of their brain.
Not that they're convincing people. Even the news story is
where they're talking negatively about the alien aspect, they're still
putting the seat in everybody's brain.
Speaker 1 (14:01):
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