May 29, 2024 • 18 mins
George Noory and chemist Steve Colbern explore his evidence of an atmosphere that can sustain life on the surface of Mars, the coverup by NASA to prevent the truth of advanced alien civilizations on Mars from getting released to the public, and an implant he says he recovered after allegedly getting abducted by aliens.
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Speaker 1 (00:00):
Now here's a highlight from Coast to Coast AM on iHeartRadio.
Speaker 2 (00:05):
And welcome back to Coast to Coast George Nori Wither
Steve Coleburn back with US chemist materials scientists with at
least twenty years experience at chemistry and nanotechnology. He's working
in the area of carbon nanotubes with his company neutron
Star Nanotechnology. He has analyzed several alleged alien implants in
(00:25):
recent years. Steve's research discovered that these objects contain carbon
nanotubes and other nanostructures, indicating that they are sophisticated nano
devices made by a level of nanotechnology far beyond the
current mainstream earthly science. Steve, welcome back.
Speaker 3 (00:44):
How've you ben, I've been great, George. It's read to
be back on here.
Speaker 2 (00:48):
Good to have you with us. How did you get
so interested in Mars? We're going to talk a lot
about that planet.
Speaker 3 (00:53):
I've always been fascinated by any to do with astronomy,
and especially Mars, since it's the most earth like planet
in the Solar System besides the Earth itself, and I've
just always had an affinity for it.
Speaker 2 (01:07):
And You've been doing some checking into Mars and tell
me how you came up with some of these theories.
Speaker 3 (01:14):
Well, I've just been following all the the rover and
Mars spacecraft data and just come to my own conclusions,
and a lot of people I think agree with me
behind the scenes. You know, the alternate acronym for NASA
never a straight answer, right.
Speaker 2 (01:35):
Yeah, how true that is? Sometimes?
Speaker 3 (01:38):
Huh yeah. I mean, like, for example, the Spirit and
Opportunity rovers touchdown an area that was obviously muddy, and
they said that can be mud because there's no liquid
water on Mars. As well, they left out a bunch
(02:01):
of stuff. I mean, at the pressure that the atmospheric
pressure they're talking about on Mars, which is debatable, liquid
mott water would evaporated pretty fast, but the Viking Landers
said the humidity there was one hundred percent, So where
the heck is the water going to go? I mean
it would it would come back to the liquid as
fast as evaporated. Also, the water, especially muddy water on Mars,
(02:26):
is likely to be full of salts and the lower
of the vapor pressure. So I think it's quite possible
there's mud in a lot of areas on Mars. From
the rover images, it looks like there's quite a bit
of it, for sure.
Speaker 2 (02:38):
He wrote an incredible report on Mars called the Exploration
of Mars was first of all, Lowell right. And I
think he was right, don't you?
Speaker 3 (02:48):
Yeah, he was. He was a genius. I mean he
he did a lot of really good work with his
twenty four inch Clark refracting telescope, and that's still operational
this day, and as he even reuns time on it,
and he proved that that there was a probable plant
(03:10):
life and evidence of past civilization. The canals are real,
by the way that they talked about. I saw them
for myself at the close Opposition of Mars in two
thousand and three. Whatever the I saw through an Aiden's telescope,
the same size telescope that that Chaparelli for discovered the
canals with. And whenever the when you're looking through a
(03:32):
telescope at a bright object like a planet, it's like
looking through looking through a few inches of water. I
mean it clouds the image a bit. The atmosphere clouds
the image a bit, but sometimes the atmosphere clear is
up briefly. And whenever that would happen, these lines would
appear on Mars and I'm going to like, whoa, these
(03:53):
things are real. I mean, they've been trying to convince
people for years that priscpll Lowell was crazy, but these
guys were right, and.
Speaker 2 (04:01):
These lines seem to come and go. Steve, what do
you think that is?
Speaker 3 (04:05):
Well, when the atmosphere clears up, you can see them,
but they're blurred out. When the atmosphere is its usual turbulent,
it's usual turbulent state once in a while for a
second or two. If the conditions are good, and you did.
Speaker 2 (04:20):
Some investigating into Mars atmosphere and the pressure, what's the
significance of that.
Speaker 3 (04:28):
Well, there's the reason to believe if the atmospheric pressure
is higher than NASA saying. They're saying that the atmospheric
pressure is six to nine millar bars, which is less
than one percent of the pressure on Earth. The ground
based astronomers through albedo calculations and how much the planet
light the planet reflects, and thought that the atmosphere density
(04:49):
on Mars is about ten percent of Earths. I mean,
nobody's debating that the atmosphere on Mars is less dense
on Earth, but there's a factor of ten difference between
what the ground based astronomers thought and what NASA is saying,
And I kind of think that NASA moved the decimal point.
It's maybe like sixty to ninety millibars, which is about
a tenth of Earth's pressure, rather than the sixty nine
(05:12):
millibars they're saying. There's several lines of evidence on this,
one of the most compelling of which was that NASA
Ames Research Center was unable to reproduce the dust devils
on Mars in a wind tunnel at that pressure. And
they recently had a helicopter fly on Mars, the Ingenuity
(05:35):
helicopter that landed along with the Perseverance rower. And I
think it's highly debatable that a helicopter could fly and
pressures as low as they're saying.
Speaker 2 (05:47):
Now, what's the significance though, Steve, of having higher pressure
on the planet.
Speaker 3 (05:52):
Well, if the pressure were a tenth of the Earth,
there's a possibility that you might be able to go
outside of just the doxy and ask if you acclimated
to it. If so, that would make the planet a
lot more valuable. And if you have to be outside
of the pressure suit on.
Speaker 2 (06:09):
And the fact that she might be even higher means what.
Speaker 3 (06:14):
Well, It means that that the planet would be quite
a bit more useful and more valuable if you could
do outside of just a pressure suit on or just
an auction mask rather than a pressure suit.
Speaker 2 (06:24):
More capable of supporting life.
Speaker 3 (06:27):
Yeah, they're more capable supporting life, and they were. I
think they've already found plant life on Mars. It shows
that it shows up pretty clearly and the orbital photos
except there's bushes and trees in areas where there should
be water. The trenches. There's there's straight trenches all over
(06:49):
the planet, build by some of the Lowell's canals, and
there's some dark objects that look like bushes growing among them.
And at the south pole of Mars, or the south
pole of Mars, there's what looked like huge trees. The
picture of thoses in my report.
Speaker 2 (07:06):
We've had some we've had some guests on the program
in the past, Steve, who are convinced that there are
fossils all over that planet.
Speaker 3 (07:15):
What do you think, Oh, yeah, yeah, I've seen that too.
I mean in Goose Crater, we're a spirit, we're overlanded.
There are all kinds of fossils of sea life, shrimped crinoids,
sea urchins, and those Martian blueberries are thought to be
the heads of fossil crinoids. And you see the Martian
(07:38):
blueberries right, yes, all over the all over the place.
And you have crater in other places.
Speaker 2 (07:46):
That doesn't look like rocks, that's for sure.
Speaker 3 (07:49):
No, no, And there's fossil sea life all over the
place where there used to be water. Like you, crater
was a front of location. In fact, NASA schose that
location because they thought there might be fossils there. And
I'm going to start finding only debunked it.
Speaker 2 (08:07):
What are the possibilities of a highly advanced past civilization
on Mars.
Speaker 3 (08:15):
I think the probability is very high. I mean, both
Poland and doctor Tom van Plander needs to run the
us Nable Observatory thought that, for example, the base on
Mars and Sidoni it was artificial, doctor van Plander and
calculated that the odds were billions to one, that it
was not that the billions to one that it had
(08:38):
to be artificial. And there's pyramids right nearby and those
look artificial too. There's in the rover photographs theres will
look like the foundations of buildings. And they recently saw
what put the door cut into a hillside stuff like that.
A lot of the rocks and in places, especially a
(09:02):
photographed by the Opportunity Rover, looked like metallic junk or
crash debris rather than rocks. I think I sent you
one example of that that was taken by the Curiosity Rover.
Speaker 2 (09:17):
Truly remarkable. What are the odds that we're going to
find out one day what exactly happened to all of
them on that planet?
Speaker 3 (09:29):
Well, I think we'll find out someday when Elon Mussen's
people there. I think that there's a high probability of
the US government has already gone there, but they're not
going to tell us that.
Speaker 2 (09:41):
What do you think happened to that planet or the inhabitants.
Speaker 3 (09:45):
Doctor Van Planner had a good theory that was convincing
to me. He thought that Mars was once a large
moon of the original planet for in that orbit, and
that the planet exploded and that's why half of Mars
heavily cratered and the other half is not. The half
is heavily creted was facing the planet when it's when
it exploded, and the moon's phobos and demos may be
(10:12):
debris left over from the explosion. They're captured asteroids.
Speaker 2 (10:16):
Apparently, did the inhabitants come here?
Speaker 3 (10:22):
Probably some of them, did, Ben Planner and thought that
a lot of the structures on Mars were similar to
what we might build on our own moon someday, and
maybe a lot of them came to Earth, and some
may still be there. I know the the Soviet probe
Phobos too a photograph what looked like an underground city
(10:48):
for been infra red. So there's also a lot of
rovers said that probably all the rovers the photograph lights
on Mars on various occasions.
Speaker 2 (11:01):
Why hold back the data? Why not just tell us?
Speaker 3 (11:04):
Steve Well, I think that's because saying that there's even
plant like or even maybe microbial life on Mars would
make the whole UFO alien thing much more likely in
the public mind. The Viking probes found microbial life. The
test they use is nearly infallible, and it is infallible
(11:25):
on Earth. The test was positive. That was the bottom line,
and they invented a bunch of technical reasons to discount it.
But the bottom line is the microbial The test for
microbial life on the Viking lenders was positive on both
Viking one and Viking two.
Speaker 2 (11:45):
Well we know there's a lot of water on the planet,
don't we.
Speaker 3 (11:50):
Yeah, the the Mars Odyssey found large depositive ice near
the equator on Mars, and several large actiports through for
red mapping. And there's, as I say, indication that there's
mud and various locations of the planet, and streaks of
(12:10):
what looked like water going in to freights and in
the canals or if you want to call them, that
the large trenches.
Speaker 2 (12:19):
Do you think there's some kind of animal life on
the planet now?
Speaker 3 (12:25):
I didn't think so before, but there's some indications of
what like dead insects, and some of the rover photographs
and recently a photograph of what looks like a rodent
of some kind surface from one of the rovers. I
think it was curiosity. So if that's the case, then
(12:47):
I would think that the percentage of oxygen in the
atmosphere must be higher too. That's the thing that the
percentage of oxen in the Martian atmosphere is about point
one three percent, but even that small amount may require
the presence of plant life. Plant life is the only
known source of pre auction. Auction is such a reactive yass,
so it would quickly react with things and disappear if
(13:09):
there were no source of it. I think one point
three percent, or you know, a few percent, maybe up
to five percent sounds more likely than point one three.
But there's no way of knowing until we go and
send people there.
Speaker 2 (13:26):
It is dramatic, It truly is. And again I'm puzzled.
Everybody's puzzled about why the hesitation to let us all
know what happens.
Speaker 3 (13:37):
Well, I wish they would, But the only thing I
can figure is that if they disclosed all this, even
without the evens of past civilization, that would make the
whole alien thing more likely in the public mind, and
that put upon a slippery slope towards disclosing the whole
(13:57):
alien visitation thing.
Speaker 2 (14:00):
Now you have believed that you are an alien abductee?
Is that correct?
Speaker 3 (14:08):
Yeah? They put an implant in my toe in two
thousand and eight and doctor Lear removed it. I was
patient fifteen in this program.
Speaker 2 (14:17):
I missed that guy.
Speaker 3 (14:20):
Yeah, I missed him Tea. He as my best friend.
He died in March of twenty and fourteen of a
parent heart attack.
Speaker 2 (14:29):
Unexpected too.
Speaker 3 (14:32):
Well. His circulatory system was kind of shot, so it
wasn't totally unexpected on my end.
Speaker 2 (14:38):
But.
Speaker 3 (14:41):
I was hoping you'd live a few more years at least.
Speaker 2 (14:45):
I'm going to get into your life as an abductee
after the break, Steve, But tell us about your work
in nanotechnology. That's fascinating.
Speaker 3 (14:54):
Well, I was on a project at a company called
Yetc America and that's a branch of his Hockey corpor
and Camerao California, to make products from carbon nanotubes. And
I've got several patents along those lines, one of which
is a carbon nanotube paper like material that's conductive and
(15:16):
pretty strong, very strong for its Frits. Wade and I
worked on carbon nanotubes over there for about seven years
and made a lot of progress, and it was quite
a synchronicity when I discovered that there were carbon nanotube
(15:37):
electronics in these alien implants.
Speaker 2 (15:42):
And explain what nanotubes are, Stephen, Well.
Speaker 3 (15:45):
Carbon nanotubes. There are several electropic forms of graphite. There's
there's fournes, which are like soccer ball type cages of
carbon atoms. There's diamond which in which each carbon atom
is surrounded by four others in a tetrahedral arrangement, and
then there's graphite, where it's sheets of carbon atoms, where
(16:08):
each carbon atom is a chicken wire type arrangement with
the hexagonal pattern with with sigma bonds and pie bonds
holding the carbon atoms together, and the sheets are held
together strongly by Casmir effect and vendor Wol's forces. And
if you took one of those single sheets of graphite
(16:31):
and rolled it into a tube, that would be a
carbon nanotube, and the angle at which the tube is
rolled and the diameter determined the carbonano tubes properties, and
you can have semiconducting and metallic carbon ano tube. The
metallic carbon dono tubes are nearly a perfect conductor, and
(16:52):
the semiconducting carbon nanotubes have enterp properties similar to silicon
or germania, and you can make transition or diodes out
of them that are much more robust and can handle
much higher temperatures and much harder conditions, and are smaller
than anything you could make with silicon.
Speaker 2 (17:14):
What did doctor Lear say about that the implant in
your toe? I assume he was able to extract it.
Speaker 3 (17:22):
Yeah, broke into several pieces when he removed it. I
tried to pull it out. He tried to make a
slit in the side of my toe and pull it out,
and it was brittle and broke into several pieces on removal.
But that turned out to be a good thing because
he gave us access to the interior and we didn't
have to cut it like we did some of the others.
Speaker 2 (17:43):
How big was it at its original size?
Speaker 3 (17:47):
I was about four millimeters long and about just shy
of one millimeter in diameter, and it was right next
to the bone and the toe. I think that these
implants tend to be close to the bone so that
they can use the skeleton as an antenna for the
radio signals that they sometimes.
Speaker 2 (18:06):
Give off tracking devices.
Speaker 3 (18:10):
I think they're tracking devices, and I think they also
relay physiological information blood sugar, temperature, body position, things like
that to the aliens.
Speaker 1 (18:21):
Listen to more Coast to Coast AM every weeknight at
one a m. Eastern and go to Coast to coastam
dot com for more
Now here's a highlight from Coast to Coast AM on iHeartRadio.
Speaker 2 (00:05):
And welcome back to Coast to Coast George Nori Wither
Steve Coleburn back with US chemist materials scientists with at
least twenty years experience at chemistry and nanotechnology. He's working
in the area of carbon nanotubes with his company neutron
Star Nanotechnology. He has analyzed several alleged alien implants in
(00:25):
recent years. Steve's research discovered that these objects contain carbon
nanotubes and other nanostructures, indicating that they are sophisticated nano
devices made by a level of nanotechnology far beyond the
current mainstream earthly science. Steve, welcome back.
Speaker 3 (00:44):
How've you ben, I've been great, George. It's read to
be back on here.
Speaker 2 (00:48):
Good to have you with us. How did you get
so interested in Mars? We're going to talk a lot
about that planet.
Speaker 3 (00:53):
I've always been fascinated by any to do with astronomy,
and especially Mars, since it's the most earth like planet
in the Solar System besides the Earth itself, and I've
just always had an affinity for it.
Speaker 2 (01:07):
And You've been doing some checking into Mars and tell
me how you came up with some of these theories.
Speaker 3 (01:14):
Well, I've just been following all the the rover and
Mars spacecraft data and just come to my own conclusions,
and a lot of people I think agree with me
behind the scenes. You know, the alternate acronym for NASA
never a straight answer, right.
Speaker 2 (01:35):
Yeah, how true that is? Sometimes?
Speaker 3 (01:38):
Huh yeah. I mean, like, for example, the Spirit and
Opportunity rovers touchdown an area that was obviously muddy, and
they said that can be mud because there's no liquid
water on Mars. As well, they left out a bunch
(02:01):
of stuff. I mean, at the pressure that the atmospheric
pressure they're talking about on Mars, which is debatable, liquid
mott water would evaporated pretty fast, but the Viking Landers
said the humidity there was one hundred percent, So where
the heck is the water going to go? I mean
it would it would come back to the liquid as
fast as evaporated. Also, the water, especially muddy water on Mars,
(02:26):
is likely to be full of salts and the lower
of the vapor pressure. So I think it's quite possible
there's mud in a lot of areas on Mars. From
the rover images, it looks like there's quite a bit
of it, for sure.
Speaker 2 (02:38):
He wrote an incredible report on Mars called the Exploration
of Mars was first of all, Lowell right. And I
think he was right, don't you?
Speaker 3 (02:48):
Yeah, he was. He was a genius. I mean he
he did a lot of really good work with his
twenty four inch Clark refracting telescope, and that's still operational
this day, and as he even reuns time on it,
and he proved that that there was a probable plant
(03:10):
life and evidence of past civilization. The canals are real,
by the way that they talked about. I saw them
for myself at the close Opposition of Mars in two
thousand and three. Whatever the I saw through an Aiden's telescope,
the same size telescope that that Chaparelli for discovered the
canals with. And whenever the when you're looking through a
(03:32):
telescope at a bright object like a planet, it's like
looking through looking through a few inches of water. I
mean it clouds the image a bit. The atmosphere clouds
the image a bit, but sometimes the atmosphere clear is
up briefly. And whenever that would happen, these lines would
appear on Mars and I'm going to like, whoa, these
(03:53):
things are real. I mean, they've been trying to convince
people for years that priscpll Lowell was crazy, but these
guys were right, and.
Speaker 2 (04:01):
These lines seem to come and go. Steve, what do
you think that is?
Speaker 3 (04:05):
Well, when the atmosphere clears up, you can see them,
but they're blurred out. When the atmosphere is its usual turbulent,
it's usual turbulent state once in a while for a
second or two. If the conditions are good, and you did.
Speaker 2 (04:20):
Some investigating into Mars atmosphere and the pressure, what's the
significance of that.
Speaker 3 (04:28):
Well, there's the reason to believe if the atmospheric pressure
is higher than NASA saying. They're saying that the atmospheric
pressure is six to nine millar bars, which is less
than one percent of the pressure on Earth. The ground
based astronomers through albedo calculations and how much the planet
light the planet reflects, and thought that the atmosphere density
(04:49):
on Mars is about ten percent of Earths. I mean,
nobody's debating that the atmosphere on Mars is less dense
on Earth, but there's a factor of ten difference between
what the ground based astronomers thought and what NASA is saying,
And I kind of think that NASA moved the decimal point.
It's maybe like sixty to ninety millibars, which is about
a tenth of Earth's pressure, rather than the sixty nine
(05:12):
millibars they're saying. There's several lines of evidence on this,
one of the most compelling of which was that NASA
Ames Research Center was unable to reproduce the dust devils
on Mars in a wind tunnel at that pressure. And
they recently had a helicopter fly on Mars, the Ingenuity
(05:35):
helicopter that landed along with the Perseverance rower. And I
think it's highly debatable that a helicopter could fly and
pressures as low as they're saying.
Speaker 2 (05:47):
Now, what's the significance though, Steve, of having higher pressure
on the planet.
Speaker 3 (05:52):
Well, if the pressure were a tenth of the Earth,
there's a possibility that you might be able to go
outside of just the doxy and ask if you acclimated
to it. If so, that would make the planet a
lot more valuable. And if you have to be outside
of the pressure suit on.
Speaker 2 (06:09):
And the fact that she might be even higher means what.
Speaker 3 (06:14):
Well, It means that that the planet would be quite
a bit more useful and more valuable if you could
do outside of just a pressure suit on or just
an auction mask rather than a pressure suit.
Speaker 2 (06:24):
More capable of supporting life.
Speaker 3 (06:27):
Yeah, they're more capable supporting life, and they were. I
think they've already found plant life on Mars. It shows
that it shows up pretty clearly and the orbital photos
except there's bushes and trees in areas where there should
be water. The trenches. There's there's straight trenches all over
(06:49):
the planet, build by some of the Lowell's canals, and
there's some dark objects that look like bushes growing among them.
And at the south pole of Mars, or the south
pole of Mars, there's what looked like huge trees. The
picture of thoses in my report.
Speaker 2 (07:06):
We've had some we've had some guests on the program
in the past, Steve, who are convinced that there are
fossils all over that planet.
Speaker 3 (07:15):
What do you think, Oh, yeah, yeah, I've seen that too.
I mean in Goose Crater, we're a spirit, we're overlanded.
There are all kinds of fossils of sea life, shrimped crinoids,
sea urchins, and those Martian blueberries are thought to be
the heads of fossil crinoids. And you see the Martian
(07:38):
blueberries right, yes, all over the all over the place.
And you have crater in other places.
Speaker 2 (07:46):
That doesn't look like rocks, that's for sure.
Speaker 3 (07:49):
No, no, And there's fossil sea life all over the
place where there used to be water. Like you, crater
was a front of location. In fact, NASA schose that
location because they thought there might be fossils there. And
I'm going to start finding only debunked it.
Speaker 2 (08:07):
What are the possibilities of a highly advanced past civilization
on Mars.
Speaker 3 (08:15):
I think the probability is very high. I mean, both
Poland and doctor Tom van Plander needs to run the
us Nable Observatory thought that, for example, the base on
Mars and Sidoni it was artificial, doctor van Plander and
calculated that the odds were billions to one, that it
was not that the billions to one that it had
(08:38):
to be artificial. And there's pyramids right nearby and those
look artificial too. There's in the rover photographs theres will
look like the foundations of buildings. And they recently saw
what put the door cut into a hillside stuff like that.
A lot of the rocks and in places, especially a
(09:02):
photographed by the Opportunity Rover, looked like metallic junk or
crash debris rather than rocks. I think I sent you
one example of that that was taken by the Curiosity Rover.
Speaker 2 (09:17):
Truly remarkable. What are the odds that we're going to
find out one day what exactly happened to all of
them on that planet?
Speaker 3 (09:29):
Well, I think we'll find out someday when Elon Mussen's
people there. I think that there's a high probability of
the US government has already gone there, but they're not
going to tell us that.
Speaker 2 (09:41):
What do you think happened to that planet or the inhabitants.
Speaker 3 (09:45):
Doctor Van Planner had a good theory that was convincing
to me. He thought that Mars was once a large
moon of the original planet for in that orbit, and
that the planet exploded and that's why half of Mars
heavily cratered and the other half is not. The half
is heavily creted was facing the planet when it's when
it exploded, and the moon's phobos and demos may be
(10:12):
debris left over from the explosion. They're captured asteroids.
Speaker 2 (10:16):
Apparently, did the inhabitants come here?
Speaker 3 (10:22):
Probably some of them, did, Ben Planner and thought that
a lot of the structures on Mars were similar to
what we might build on our own moon someday, and
maybe a lot of them came to Earth, and some
may still be there. I know the the Soviet probe
Phobos too a photograph what looked like an underground city
(10:48):
for been infra red. So there's also a lot of
rovers said that probably all the rovers the photograph lights
on Mars on various occasions.
Speaker 2 (11:01):
Why hold back the data? Why not just tell us?
Speaker 3 (11:04):
Steve Well, I think that's because saying that there's even
plant like or even maybe microbial life on Mars would
make the whole UFO alien thing much more likely in
the public mind. The Viking probes found microbial life. The
test they use is nearly infallible, and it is infallible
(11:25):
on Earth. The test was positive. That was the bottom line,
and they invented a bunch of technical reasons to discount it.
But the bottom line is the microbial The test for
microbial life on the Viking lenders was positive on both
Viking one and Viking two.
Speaker 2 (11:45):
Well we know there's a lot of water on the planet,
don't we.
Speaker 3 (11:50):
Yeah, the the Mars Odyssey found large depositive ice near
the equator on Mars, and several large actiports through for
red mapping. And there's, as I say, indication that there's
mud and various locations of the planet, and streaks of
(12:10):
what looked like water going in to freights and in
the canals or if you want to call them, that
the large trenches.
Speaker 2 (12:19):
Do you think there's some kind of animal life on
the planet now?
Speaker 3 (12:25):
I didn't think so before, but there's some indications of
what like dead insects, and some of the rover photographs
and recently a photograph of what looks like a rodent
of some kind surface from one of the rovers. I
think it was curiosity. So if that's the case, then
(12:47):
I would think that the percentage of oxygen in the
atmosphere must be higher too. That's the thing that the
percentage of oxen in the Martian atmosphere is about point
one three percent, but even that small amount may require
the presence of plant life. Plant life is the only
known source of pre auction. Auction is such a reactive yass,
so it would quickly react with things and disappear if
(13:09):
there were no source of it. I think one point
three percent, or you know, a few percent, maybe up
to five percent sounds more likely than point one three.
But there's no way of knowing until we go and
send people there.
Speaker 2 (13:26):
It is dramatic, It truly is. And again I'm puzzled.
Everybody's puzzled about why the hesitation to let us all
know what happens.
Speaker 3 (13:37):
Well, I wish they would, But the only thing I
can figure is that if they disclosed all this, even
without the evens of past civilization, that would make the
whole alien thing more likely in the public mind, and
that put upon a slippery slope towards disclosing the whole
(13:57):
alien visitation thing.
Speaker 2 (14:00):
Now you have believed that you are an alien abductee?
Is that correct?
Speaker 3 (14:08):
Yeah? They put an implant in my toe in two
thousand and eight and doctor Lear removed it. I was
patient fifteen in this program.
Speaker 2 (14:17):
I missed that guy.
Speaker 3 (14:20):
Yeah, I missed him Tea. He as my best friend.
He died in March of twenty and fourteen of a
parent heart attack.
Speaker 2 (14:29):
Unexpected too.
Speaker 3 (14:32):
Well. His circulatory system was kind of shot, so it
wasn't totally unexpected on my end.
Speaker 2 (14:38):
But.
Speaker 3 (14:41):
I was hoping you'd live a few more years at least.
Speaker 2 (14:45):
I'm going to get into your life as an abductee
after the break, Steve, But tell us about your work
in nanotechnology. That's fascinating.
Speaker 3 (14:54):
Well, I was on a project at a company called
Yetc America and that's a branch of his Hockey corpor
and Camerao California, to make products from carbon nanotubes. And
I've got several patents along those lines, one of which
is a carbon nanotube paper like material that's conductive and
(15:16):
pretty strong, very strong for its Frits. Wade and I
worked on carbon nanotubes over there for about seven years
and made a lot of progress, and it was quite
a synchronicity when I discovered that there were carbon nanotube
(15:37):
electronics in these alien implants.
Speaker 2 (15:42):
And explain what nanotubes are, Stephen, Well.
Speaker 3 (15:45):
Carbon nanotubes. There are several electropic forms of graphite. There's
there's fournes, which are like soccer ball type cages of
carbon atoms. There's diamond which in which each carbon atom
is surrounded by four others in a tetrahedral arrangement, and
then there's graphite, where it's sheets of carbon atoms, where
(16:08):
each carbon atom is a chicken wire type arrangement with
the hexagonal pattern with with sigma bonds and pie bonds
holding the carbon atoms together, and the sheets are held
together strongly by Casmir effect and vendor Wol's forces. And
if you took one of those single sheets of graphite
(16:31):
and rolled it into a tube, that would be a
carbon nanotube, and the angle at which the tube is
rolled and the diameter determined the carbonano tubes properties, and
you can have semiconducting and metallic carbon ano tube. The
metallic carbon dono tubes are nearly a perfect conductor, and
(16:52):
the semiconducting carbon nanotubes have enterp properties similar to silicon
or germania, and you can make transition or diodes out
of them that are much more robust and can handle
much higher temperatures and much harder conditions, and are smaller
than anything you could make with silicon.
Speaker 2 (17:14):
What did doctor Lear say about that the implant in
your toe? I assume he was able to extract it.
Speaker 3 (17:22):
Yeah, broke into several pieces when he removed it. I
tried to pull it out. He tried to make a
slit in the side of my toe and pull it out,
and it was brittle and broke into several pieces on removal.
But that turned out to be a good thing because
he gave us access to the interior and we didn't
have to cut it like we did some of the others.
Speaker 2 (17:43):
How big was it at its original size?
Speaker 3 (17:47):
I was about four millimeters long and about just shy
of one millimeter in diameter, and it was right next
to the bone and the toe. I think that these
implants tend to be close to the bone so that
they can use the skeleton as an antenna for the
radio signals that they sometimes.
Speaker 2 (18:06):
Give off tracking devices.
Speaker 3 (18:10):
I think they're tracking devices, and I think they also
relay physiological information blood sugar, temperature, body position, things like
that to the aliens.
Speaker 1 (18:21):
Listen to more Coast to Coast AM every weeknight at
one a m. Eastern and go to Coast to coastam
dot com for more
The Best of Coast to Coast AM News
Host
George Noory
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