Episode Transcript
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Speaker 1 (00:12):
We just can't stop talking about it. Today we're discussing
the three I Atlas, and I'm your host, Christina Gomez.
Welcome to this episode of Mysteries with the History. Let's
get straight into it. I'm gonna bring in my co host,
Jimmy Church a Fada Black Radio. Jimmy, Happy Thursday. I
like your green shirt. It looks really nice.
Speaker 2 (00:31):
It's silver. We already discussed this. It's freaking silver. It's
bright silver. It's bright sil It's silver.
Speaker 1 (00:42):
My eyeballs, it's green. Okay, those those watching this is
Jimmy's shirt, silver or green, they're.
Speaker 2 (00:48):
Gonna say silver. They're gonna say silver. They're gonna say silver.
They're gonna say silver. It's green. Okay, Craig, you're canceled. Okay,
all right, all right, it uh today today, I don't
have to ask, so you know what? You know, what
the heck man? Why are we doing this today? Everybody
(01:12):
is talking about it this morning. Of course, I'm referencing
three I Atlas this morning. I spent I spent this
morning in the dentist chair and coming out, so everybody,
you know, in the dentist office. So Jimmy, what are
you doing now you know. I said, it's all about
(01:32):
three Eye Atlas And there was like three people in
the waiting room, right, and what's that? I said, it's
a flying saucer. What. Yeah, and it's being tracked right
now by NASA and everybody, and it's it's coming around
the sun and and well, your next appointment is going
to be on October thirty first, on Friday, I said, oh,
the three I Atlas day UFO day. So anyway, they
(01:56):
type it in right, and you should have heard the
reactions from everybody. Oh my really, oh it is it's
a uf ISA. Here we go and I turn around
to say something to the people in the waiting room,
and this is what they were doing. They were all
(02:17):
looking it up. And I was kind of surprised that
they they know now, of course, but it was the
reaction from everybody. Christina, And you mentioned that to me
earlier today when we were talking that I've had a
lot of guests on talking about it, and I have,
(02:39):
and I just want to say this really quick. This
week I had physicist Lawrence M. Krauss on the show,
and he's big time, right, He's one of the big ones.
And there's just a handful of there, Brian Green Yieldagrass
Tyson Mitchi green shirt. Yeah, because I'm Brian Silver. You know,
(02:59):
he's great. And Lawrence M. Krause. So had Lawrence on
the show and it was interesting, and I want your
take on this. It was interesting how he was fighting
the evidence. He wanted to be a comment. Why so
(03:21):
it doesn't but right, his whole world, right, and he's
looking at you know, he's looking at the aluminum stuff
and the iron and it might be hollow and it's
self illuminating and it's glowing and it's trajectory and everything well,
you know, but and I could tell that it wasn't
(03:41):
agreeing with his university right, his his Yale University physicist mindset.
It wasn't fitting in. And he's doing his best to
just convince himself that it is a comet. And it
may be, you know, it may be, but the evidence
(04:03):
is anything but what we know what a comment is,
including Lawrence M. Krause. And that's where we are at today.
Now we're going to go through all the evidence and
we've got lots of stuff and evidence and observations and
what we have learned so far. But Christina I just
want your take, and don't be Christina Gomez. I want
(04:28):
to know, really really the one that well, you know,
the evidence, the evidence come in. I really don't have
an opinion, Jimmy, I really don't. I just want to
just way, you know, I'm just looking at that. So
what do you think You've looked at this and and
and questioned, I know, what do you think is going on? Christina?
Speaker 1 (04:52):
It's really really strange. It's something that I'm enjoying reading
every day when I can, just because the data just
keeps getting stranger, and it seems that more and more
people are getting on the bandwagon that three I at
lis is something obscure. It's not fitting the normal characteristics
of a comment. And we actually just got some new
data from Abby Lobe. He released an article actually not
(05:14):
too long ago on his medium platform, which I'll share
with you in just a minute. But it seems that
the more data that we're collecting, it's not fitting people's paradigm.
On top of that, of course, it is very strange
that places such as NASA are not releasing data. The
excuse is of the government shutdown. However, Mavie actually made
(05:37):
a really great point in his latest article is that
the Mars orbiter already took images weeks ago and we
still haven't gotten them. Now. The excuse again is the shutdown.
But if they're just images, and it's if it's just
a comet, it should be fine to show the public.
Hey guys, look, NASA was right because we're the best
(05:57):
and we know everything. But instead being very quiet, very secretive,
and other observatories around the world are either given no
information or very very limited information, like the ESA for instance.
So I think that's probably one of the biggest red
flags that I don't think people can really turn a
blind eye to of Oh, well, if they're not saying anything,
(06:20):
then it must be totally natural. Just the two factors
don't mix. They it's like when you're mixing water and milk.
First of all, it's gross, but second of all, they
don't mix. So I think that overall, of course I
want more data, but off the bat information from what
we've collected so far, it doesn't seem like it's a comment.
Speaker 2 (06:40):
The NASA part of it is very important to talk
about the I have a very close friend. How close
this person cut my hair when I was twenty years old. Okay,
now and her name is close. Her name is Elena,
(07:04):
and I've known her for a long time, the sister
of my best friend, and she went to work for NASA,
and she's been at NASA now for almost forty years.
I've known her for forty years. And I talked to
her two weeks ago and to go on in an
(07:24):
invited tour of NASA. And she had told me then,
this is two weeks ago on the phone, I don't
know what's going to be going on, you know, so
let's get you out here. Before I was like, don't
freak out. Well, it happened this week. NASA laid off
five hundred and fifty people from the JPL NASA facilities
(07:48):
right here in southern California.
Speaker 1 (07:49):
I'm gonna mention the tour and I was like super excited.
Then he said the laugh and I'm like, oh wait, no,
I changed my facial expression. Sorry.
Speaker 2 (07:56):
It was one of those things. I've been out there before,
but I haven't, you know, done a you know, a personalized,
you know, real tour of the facility. That being said,
she got laid off on Tuesday night and two years
before her retirement, and NASA that's a real staff cottage
of five hundred and fifty people and all their staffing
(08:17):
right now because of the cutbacks and these layoffs. The
only things that are being monitored right now are the
ISS because there are human beings right on the ISS.
And that's just about it. If it doesn't involve human
(08:38):
life and a life critical mission or anything. There's very
few projects being monitored and staffed right now at NASA,
and of course this involves three I atlas and and
anything else. So the lack of we have and then
(09:00):
I want to get into the data here, but this
is what's important. We have NASA and their ability to
not only observe THREEI at lists, but provide us with
data the sensors, telescopes and so forth. So there is that,
but and so a lack of information from NASA right now.
(09:21):
We have a path to an excuse, okay, But that
doesn't give an excuse to the rest of the world. Okay.
We have so many countries with telescopes on the ground
that are terrestrial. We have observational satellites with telescopes in
(09:43):
low Earth orbit. We have the James Webb Space Telescope
that is an international body that runs that, and we
have all of the sensor data and the ability to
monitor and put the spectral analysis onto three I as
atlas from many many countries. Everybody is silent. And I
(10:06):
can assure you that right now everybody's looking not only
at three I Atlas, but at the same time Christina,
at the same time, we also have two comments in
the sky. We have Comment Lemon and Comment Swan, so
we have three celestial things going on right now. And
it's never been like this before in history. So you know,
(10:28):
everybody's looking, but nobody's reporting. That's when you've got to
step back and go what's really going on.
Speaker 1 (10:35):
It's a really big flag overall about how silent the
world has been. All of the researchers, all the universities,
all the telescopes around the world, and they're not saying
very much. And now that more objects have been spotted
around atlas makes it even more strange. And we're going
to get into some of that data on what it
might be. But before we do so, a really big
(10:55):
thank you to all of these amazing super chats. Brian,
thank you so much. I really appreciate you deleating me
us really on the one hundred thousand subscribers here on YouTube.
P dubs thank you and Tyler that's really kind. Thank
you so much. Killer Cash appreciates you. Thank you. Michael
is Well Neon cubbs Cube excuse me says that's five
hundred new whistleblowers. That'll be really interesting if anything employees
(11:20):
come back.
Speaker 2 (11:21):
That is a really really good point. Hell ha, no
fury like an ex NASA employee scorned.
Speaker 1 (11:32):
I have not heard that, but that sounds like a
really cool thing to say.
Speaker 2 (11:35):
Put on a T shirt, Jimmy, I'm being serious, man.
You want to keep those people close and if there
is secrets to share, you know.
Speaker 1 (11:45):
And I'm assuming right you're looking over there. I don't know, man, man.
Speaker 2 (11:52):
So and it's a beautiful facility up there. You go
up to JPL and you look at the campus and
and and the people up there are generally just absolutely
amazing and happy and doing very important work. And to
have that five hundred and fifty people, man.
Speaker 1 (12:08):
That's a lot.
Speaker 2 (12:09):
That's a lot. Okay, what is that? Ice?
Speaker 1 (12:13):
I say, thank you, and I'm so happy that you
are pushing people in the right direction. Getting all of
the best and latest UFO news. You can find it
all right, here on this channel. But Jimmy, you mentioned
a few objects following Atlas. Let's let's get into that data.
I mean, I want to say everything all at once,
like a word sandwich, because it's just there has been
(12:34):
so much strange information. So actually, before we get into
the objects, I'd like to mention the latest information that
was released by AVI in his medium article, and it
states here and this is really strange. We have not
heard this before from the latest images taken from a
telescope in Hawaii. This comment as what everyone's kind of
(12:57):
like addressing it all the scientists right has a tail
pointing towards the Sun instead of away from it like
every other normal comment that right there is like that
doesn't make any sense. But what's really strange is that
so not only is the tail going towards the Sun,
but something that we do know is that it is
(13:18):
releasing nickel and but almost no iron. And every other
comment that we've ever studied in human history releases both
nickel and iron together. So the only play scientists have
ever seen nickel without iron is in factories on Earth,
where we can use a special industrial process to make
(13:39):
pure nickel, but for it to happen naturally, especially on
a comet, is almost impossible. We're not saying it is impossible,
just because the universe is so vast and anything is
possible when you're out there. But we haven't calculated anything,
We haven't collected any data from any comments doing this
aside from Atlas. Now talking about these objects that are
(14:01):
following this strange anomalous body in our solar system is Jimmy,
let's say, let's just say it is a comment, right,
Let's just go for that just for a moment. There
has been some interesting data collected again by Abby, but
other people are beginning to follow suit that maybe, just
(14:21):
maybe Atlas is hollow. And the reason to why that's
a possible assumption is how it's currently moving through our
Solar system, getting close to certain planets such as Mars
for instance, and then calculating the speed and mass. But
it seems that according to Avi Lobe's calculations, the mass
(14:43):
isn't adding up like it it should be a lot
heavier than what it's calculating to be. So there's this
idea about either it's hollow or it's made out of
a material that we don't know of. Here on Earth
that is incredibly light. So if this common nine quotation
marks was hollow, then it would make some sense for
(15:06):
other objects to be around this this anomalous body. However,
it would not withstand the speed that it's going at
in space, the trajectory as well as being so close
to the Sun, it would have broken apart by now
from our basic understanding, but it hasn't. Instead, it's fully intact.
(15:26):
It's running pretty smoothly. It seems that even the speed
is adjusting accordingly, the path is slightly adjusting as well,
from the limited information that we have collected thus far.
So the question would be, then why are these several
other bodies following this anomalous object? And they must be
(15:46):
massive in order for our telescopes to even collect that
kind of data. Jimmy, Yes, So.
Speaker 2 (15:53):
When we look at everything that you just piled up,
there's other things that we need to look at that
don't compare to what we have learned about comments in
the past, at least most comments in the past. First off,
comments are much slower twenty five percent the speed this
(16:13):
thing is cruising right now at one hundred and thirty
thousand miles per hour. We didn't know about this object
before it popped up behind Jupiter back in July, you know,
around July first, and it just shows up and we
see it because it was self illuminated. All right, Now,
(16:34):
why is that a big deal? Well, it came in
on our planetary elliptic, so it's matching the orbit of
our planets here except for Pluto, which is off by
fifteen degrees. It's matching that. And when it dashed behind
the Sun, and many comments do and use the gravitational
(16:56):
field and forces of the Sun. They burn up and
when they are pulled in close to the Sun because
of what they are generally made of, which is CO
two ice, you know, water ice, and that gets melted
(17:17):
and turns into vapor and creates a huge tail on
the back of the commet. Those are all the things
that we are used to and then most not all,
It depends on how close they are to the Sun.
But they burn up, they melt out, they turn it.
This is not happening. It's because apparently it's not made
(17:39):
up of ice frozen you know, dry ice or water
ice or anything else. And it seems to be a
solid object. It has kept its speed. Most comets are
much much much slower. This is one hundred and thirty
thousand miles per hour. It doesn't have the comet tail.
It seems to be not only self illuminated, but illuminating
(18:03):
from the front. Now, looking at the mass of the
object versus the size of the object, that's where AVI
is coming up with a theory, an idea, and one
that we have to take a look at. That it
may be hollow. Now hollow, hollow like what well, like,
a spacecraft is hollow. Okay, it's got a fuselage, it's
(18:27):
got a building, and it's hollow on the inside. The
other points and this is what you know. Laurence sim
Kraus is struggling with everything that I just mentioned, which
is the other part everything that has been detected so
far in the spectral analysis of three I atalyas, everything
(18:48):
points towards metals. Okay, so we've got aluminum, we've got nickel,
we've got iron. These properties are all strange. But then
we look at where and how these are normally created.
You mentioned industrial, Well, there's another byproduct for these nuclear.
Speaker 1 (19:09):
Power dun, dun, dun.
Speaker 2 (19:12):
And I've got to say, now, is it nuclear power
like you know fision or fusion reactors here on Earth. Well,
possibly it could be a version of nuclear power that
we don't understand. But one thing is for sure is
this thing has sustained at least one hundred and thirty
thousand miles per hour for a very long time. And
(19:38):
that is mind blowing. Now, one last thing before we
move into the rest of this data, because we've got
a lot of it. Everybody, go watch the movie Contact.
You've already seen it a million times, but go watch
it again after Christina and I today, go watch Contact,
but don't watch the whole movie Ken. If you want
(19:59):
it's great, watch the first five minutes of the film.
The first five minutes of the film, as they roll
the title and stuff is a backtrack off of Planet Earth.
They show planet Earth right and they're pulling back right
and there's Earth and Earth gets smaller and they pull
(20:19):
back and the Earth turns into pale blue dot with
the Sun in the background. They pull back. You see
the planets go by, You see Mars and Jupiter and
Saturn and all that goes by, and they do this
pull back. Then they pull out of our star system.
Earth is now gone. The Sun has turned into a
little dot pulls back, pulls back out of our milky way.
(20:40):
You see the milky Way shrink up and then it
turns into a dot. You see these galaxies zooming by
that are like the Milky Way, and those turn into
little starlights, pinpricks, and it pulls back and pulls back
and pulls back. What that does is it shows you
the size of the U Universe and the insignificance of us.
(21:04):
Right we are off now if you stop the stop
the film, we are off in the distance where you
can't even see us. For some reason, Oh moa moa,
and three I Atlas out of the fastness of the
universe that you have up on the screen, that is,
the observable universe has backtracked the other way to us
(21:34):
and went past Earth and went around our Sun. What
are the odds of this happening? AVI has posed, Well,
you know, it's one in five hundred, it's one in
one thousand. I look at the universe and I go, no,
it's one to infinity. That's that's the odds. I don't
think it's one in five hundred. Now, how many times
(21:56):
has this happened in the past? Right now, we have
the ability to see this stuff. How many times has
this happened in the past. We now know of three
in modern history that we know of, but how many
times has this occurred before? And we didn't know how
many times has this happened in the past where they
actually stopped on this planet and landed and communicated with
(22:18):
us and made contact again. I think the number is
so big. It's it's just a huge number, because we're
a beautiful blue planet and we're very interesting. Lawrence M.
Kraut said the other day, Christina, he goes, man, you know,
you know, if the UFOs, you know, et, you know,
a couple thousand years ago, you know, and they come
(22:40):
by here, what do they see? Is it anything interesting?
You know, we're not some advanced civilization. If they would
have done it, you know, one hundred million years ago,
it would have been dinosaurs here. And again it's the
intellectuals of the world trying to fit all of this
information into their mind to fit their own version of events.
(23:06):
They don't want tough, right, they don't want to be
a part of this. They don't want to understand if
it does turn out to be artificial. People like Lawrence M.
Krause and the Uldergrass Tyson are going to be see
I told you so, I told you, I told you
the universe was teaming. What did you expect? Of course
(23:29):
they were going to visit us sooner or later. That's
going to end up happening, only because they are data
driven and they're going to jump on that side of
the fence. Right now they're on this side. It's going
to shift here really quickly. If it turns out to
be artificial.
Speaker 1 (23:44):
It'll be exciting if we end up getting more information
because the currently thriy Atlas is going to be behind
the Sun from Earth's perspective for the next several weeks,
so we cannot collect any data. All the data that
we collected was from earlier, much earlier in October, and
that data has not been released. It's either being analyzed
(24:04):
or put in an archive or put classified with a
big red stamp on it. But after over hitting into
heading into December, hopefully we will be able to see
this object again when it is no longer behind the
sun from Earth's perspective, and to collect more data. We
are aware that Avilobe did try to He did actually
(24:25):
and succeed to speak with anapella na Luna to get
NASA to collect more data using their orbiters such as Juice,
the one that's going to Jupiter, and then obviously the
one of Mars's probes as well to collect more data.
But it has been a little maybe the word here
(24:45):
I want to use is spicy between the government and
NASA and how they've been dealing with each other. The
funding has been cut as Jimmy, as you mentioned, a
lot of the employees were laid off, so there isn't
really a proper communication right now the government and NASA.
Will we ever even receive information from NASA about Atlas,
(25:06):
not unless it fits their paradigm of hey guys, it's
a comment. But if it is not a comment or not,
probably going to receive any information at all from NASA,
which a lot of people are already expecting and they're
not going to be surprised if that does take place.
But something else worth mentioning. This is a strange connection
(25:26):
that caught me off guard the moment we heard about it,
and that was the trajectory of the three I. Atlas
is in the same location that we received back in
nineteen seventy seven, the wow signal. I like hearing that
for the first time. That information came out just weeks ago. Really,
(25:48):
I thought to myself, Oh my goodness, that signal has
never been replicated. We have never received that signal ever
again in human history. When it took place in nineteen
seventy seven, that was the last time we ever got it.
So what are the odds that this object is coming
from the same path as that signal? And what's even
(26:10):
stranger is making that connection. That one takes a lot
of time to think outside of the box, but it personally,
it took me off guard when you heard that information.
What was going through your mind at that time.
Speaker 2 (26:24):
I was happy that there were minds out there inquisitive
enough to look at that and go back to the
WOW signal to its point of origin in the universe
and space and look at the trajectory of three I
atlas to see if there was a connection. And of
(26:47):
course it's in the same general The universe is a
big place, and I don't think I hate to use
the word coincidence here, Christina, but I think it's very
important that all of these things that you and I
have just spoken about, and we're just scratching the surface here,
everybody We've got a lot more to cover. Everything just
(27:09):
keeps pointing into another direction here, you know, away from
a comet, it's how much stuff can how big can
the pile? Get right? And the wild signal. For me,
I was like, you know, this is just amazing. It's
I haven't seen anything go in the opposite direction with
(27:31):
it being something artificial that it is definitely a comet,
and it could be it could be the strangest comet
ever formed. Yes, it could be that, but right now
the evidence is showing something else, and I think it's
very very, very very exciting. I can't tell you the
amount of texts that I have had from not only
(27:54):
my woo woo friends, but my science friends that have
been coming in today and last night and during Lawrence's
broadcast two nights ago. Things coming in one after another.
Now there's other things. How about its weight thirty three
billion tons from what we know right well, thirty three
(28:17):
billion tons with the data that's collected so far. If
you remember, now let's back up. The original reports was
that it was twenty miles wide, remember that, and it
was ten that's compared to om which was hundreds of
feet long. You know, just so totally different things. Yeah yeah, yeah,
(28:41):
really yeah yeah yeah yeah and waf wafer theme. And
so the other part is why why isn't gravity and
the Sun and Jupiter and the other celestial bodies of
mass in our star system affecting its speed and it's trajectory.
(29:01):
It seems to be doing its own thing. And if
we go back, it's not changing its speed, it's not
changing it's not being affected by gravity. That's very very
very curious. And if we go back and look at
oh muah moa, it not only wasn't affected by the
gravity of the Sun, but it changed its trajectory on
(29:24):
its own. It turned, it sped up, it slowed down,
and it's sped up again. Right. These are things that
if it's a natural object, you wouldn't expect these things
to occur, and that we observed. Oh, Skyhawk eighty eight's
in the house. I hung out with Skyhawk in Wisconsin.
(29:45):
Very cool dude, very very very cool dude. So, yeah,
we have all of this, And then I want to
jump into the chemistry of this because you touched upon
it at the beginning of the show a little bit.
But these are very eighty seven percent CO two only
four percent water. Normal comments are mostly water, And it's
(30:09):
not like I said earlier, it's not emitting that normal
gas tail that we associate with it. You pointed out
earlier that the tail is pointing towards the sun. All
of this is bizarre. We have observed so many comments
(30:30):
in two weeks, Christina. We're gonna have two comments in
the sky at the same time at sunset too as well.
You don't have to wait until six am or something.
You get to go outside and see them. I don't
know if you remember, but this happened last year. There
was a comment out in the west at sunset and
I went out. I do remember, yeah, I photographed it
(30:53):
from my front yard. It was crazy to see too.
It was green. It's like green blue. But we're gonna
have two comments in the sky at the same time.
Those are comets. They bark like a dog, right right,
Those are comments. Nobody's freaking out on that. Three I
Atlas is not doing what comets should. It's very interesting.
Speaker 1 (31:16):
It is, and as you had admitted, as you had mentioned,
it is emitting a green color. And this was collected
from data that was released by the essay, that was
seen by amateur astronomers online. They said, to wait a second,
this looks a little it's this little speck of green.
So people started doing a better analysis on when comets
(31:38):
are green, because it's not this really rare anomaly. But again,
from our understanding the data we've collected thus far, which
has been limited about three eyeatlysts, it has no dicarbon.
Dicarbon is what makes commets and other anomalist bodies in
space green, So this doesn't really have a reason from
(31:59):
the from what we know about space, it should not
be green. Now, Abby made a really truly a bizarre
statement meant several weeks ago, saying you know what, what
if through Atlas is nuclear powered? Everyone stopped and they're like,
abvier uk, that is a whack kind of statement. As
(32:23):
the weeks have progressed, people aren't even they're not even
shocked anymore. They're like, oh, okay, yeah, that makes sense. But
if we look at nuclear power anytime, at the very
least anytime it is portrayed in media, in cartoons and
things like this, even in like pictures, it's green. Right now,
(32:45):
I think it's very strange that this object is also
emitting green, even though green collar even though it has
no dicarbon. We know it's made out of mainly nickel.
That's what it is emitting very very little iron. It's
producing what like thirty or eighty tons of water every
once in a while, which it shouldn't be releasing that
(33:06):
much water until it gets much closer to the Sun
when it begins to break apart. It's not breaking apart,
and it is releasing a significant amount of water, a
significant amount of energy. It is green, which it shouldn't be.
And now we know from the latest data that the
comet is facing towards the Sun. I can't think of
a simple basic explanation for a comet tale to be
(33:28):
facing the Sun like that. That doesn't make sense, does
it is? It just means.
Speaker 2 (33:34):
Nothing about three I atlas makes sense. It just doesn't
do that for anybody, for science or for us. We've
been observing commets forever. The when comets show up all
through ancient history. These were huge, huge events. We've been
observing them as a human race forever. And we look
(33:57):
to the sky's in amazement when we see this, look
at old paintings and woodcuts and carvings and paintings and caves.
Comments were always there, right, and now we seem to
have three. If three I atlas turns out to be
a comment, we're gonna have three comments in the sky
(34:18):
at the same time. When has this ever happened before
in human history? I have been and let me be
very clear to not only you, Christina, but the audience.
I have been researching this subject for most of my
life for over fifty years. I have I've been ridiculed,
(34:40):
I've been teased, I've been held up and propped up.
You know, go Jimmy, right, all of that, okay, But
I have never experienced what this world has been experiencing
over the last five to seven years, and the way
that the heat has turned up in the last three
hundred and sixty five days, and then going back to July, July, August, September,
(35:04):
October for the last four months with three I atlas
and other objects showing up around three I atlas. This
is one of the most extraordinary times in human history.
And we are all witnessing this together all the way
through of all the days of the year Halloween, right,
(35:28):
this is its extraordinary, truly the defined version of extraordinary.
It's fascinating, it's humongous, and it's going to be one
of the biggest moments in all of human history. Now,
and that's if it's three comments. But what if it's
two comments and somebody doing a drive by to say hello,
(35:52):
Avy brings up one good point. There doesn't necessarily have
to be anything on that, you know, life pilots. It
could be a probe. There could be thousands of identical
probes just like this visiting other star systems throughout the galaxy,
(36:12):
in the universe that are doing science and research missions
planet Earth. We are looking at exoplanets all the time
and we're looking into their atmospheres. That's what we do. Well,
why wouldn't et be doing the very same thing, and
then they zone in and q in on a planet
(36:35):
like ours that has got all the ingredients for life.
Let's say they found Earth five hundred million years ago.
It's got water, it's got microbial action, it's got CO
two in the atmosphere, it's got oxygen and nitrogen and
everything else. An ocean covered, rocky planet in the Goldilocks,
(36:58):
it's got all of those things. Okay, so let's put
this planet on the map. We're going to check it
out someday. That's what we're doing. That's what we're doing
with all of the extra planets. We're doing the exact
same thing. So why would anybody be surprised that eventually
something like this comes by to check us out. I'm
(37:22):
not at all surprised.
Speaker 1 (37:23):
By that, but I think it's rather timely that we
are seeing this interstellar body in our solar system. Simultaneously,
there are mysterious drone incursions all throughout Europe last year,
all across the East coast. I mean, is that a coincidence?
(37:46):
Are we trying to tie little strings together or is
there a connection between the two? Are these objects ours
is a part of three? I atlas? I think that's
an interesting idea, just something to mute about at the
very least. But I mean, the news right now is saturated,
(38:06):
which I'm in love with, by the way, saturated with
information about the Alis and about these strange objects in
the sky all across Europe that haven't been shot down.
Germany said, okay, we're gonna start, but not one mysterious
object in the sky has been shot down.
Speaker 2 (38:24):
Now.
Speaker 1 (38:24):
Now I'll make this very quick. There have been Russian
drones that have flown over Ukraine. Those have been shot
down and there they can pinpoint exactly where they come from.
But the ones over Denmark, parts of Europe, Estonia, just
to name a few countries, they have all the anti
drone technology and they cannot intercept these objects. I think
(38:46):
the I think it's very, very weird that we are
getting these two stories simultaneously when this hasn't happened any
other time in recorded history that we know of. Is
this by design? Is this a coincidence? Is it something
else entirely? Jimmy, I'm asking you this. I'm asking those
(39:07):
that are listening to this live or catching this on replay,
because I don't think people are thinking about that, are
not making that kind of connection. So if I had
to throw this over to you and Voodoo and Moon,
thank you guys so much for those super chats. If
I throw this over to you, Jimmy, what are your
initial thoughts on that?
Speaker 2 (39:26):
I think it's slowed down interesting all right? Now? What
am I saying? What am I saying? What am I saying? Okay,
so we didn't detect anything out there now, out beyond
the reflection of the sun. If it's not reflecting sunlight,
it's going to be dark unless it's creating its own
(39:48):
light like three I atlas is okay, So that's why
if there's a planet out in the Orc cloud, well
we would never That's why we did didn't find Urinus
for such a long time. Its not reflecting sunlight. Now
it's a very difficult planet to see. But anyway, an
(40:09):
object out approaching Earth at the speed of light, how
about interdimensional? How about something else going on? It would
take a while to slow down, and what if a while?
Right if it was conventional? So why is everybody surprised
(40:29):
that we didn't see this object until it popped up
from behind Jupiter, because maybe it came in ripping fast,
wasn't reflecting sunlight, wasn't picked up on any sensor data
at all from anywhere, wasn't seen on the James Web
or anything else until it entered our solar system and
slowed down, And it would take a minute to slow down.
(40:53):
It wouldn't just pump the brakes right away. And nobody's
mentioning this part of it. Something going at ninety nine
percent of the speed of light. Well, it's mass, it's this,
it's time. Put all of that to the side. We
are trying to explain away something with how we know
(41:14):
things today and what our knowledge is and what it's
based on, and our known knowledge of physics and science
and anything else more advanced than us that can get
here is way beyond what we know, and we're trying
to tie all of that in. And that's what Laurence M.
(41:35):
Krauss was doing the other night on the show, basing
it on his known laws of physics and what he
understands about cosmology in the universe. Where are we going
to be in a thousand years, in one hundred years, Well,
we're going to look back at today and just think
that we didn't know nothing back then in twenty twenty five.
(41:55):
Look how smart we are now, Look what we understand today.
That's where E Tea is. We can't think in those
terms about traveling at the speed of light or this
or how would it travel in between this star? I
don't know. It's at a level of understanding from an
advanced species that we just can't even use our imagination
(42:18):
and get there. And so if it's traveling at one
hundred and thirty thousand miles per hour and it popped
up behind Jupiter, maybe it did just pop up behind
Jupiter to say that, no, that's impossible. No, it's not.
If it's artificial. We're dealing with the species that is
more advanced than us by a long ways, perhaps millions
(42:43):
of years. Why is it that we should understand everything
about this object and clearly everything that it is presenting
to us, all the evidence, what it is exhibiting, we
clearly don't understand. And that's what makes it so interesting.
I'm glad, Christina. I can't exaggerate enough. I am glad
(43:04):
that we have the ability to have telescopes pointed to
the stars, to have satellites orbiting with sensors on it,
to have an orbiter, the reconnaissance orbiter around Mars that
can collect images. We have stuff en route to other
planets right now that can collect sensor data, and we
have the James Webspace telescope. We now have the ability
(43:28):
to do this. So it's exciting. We're going to find
out and I think I think the world is ready.
I do. I think the world is ready. I don't
think anybody's going to be surprised.
Speaker 1 (43:39):
I hope so. And the most important thing about all
of this is that, truly it is very important to speculate,
to think of all the possibilities to consider looking outside
of the box, because if you try to fit everything
into your confirmation bias, own into your own paradigm, you're
not going to get very far. You're going to set
look for ant that you want versus the ones that
(44:02):
are real, that are true.
Speaker 2 (44:04):
So it's cognitive dissonance exactly.
Speaker 1 (44:08):
We have to consider absolutely everything, and it's through conversations
that like these, that one we use our imagination, that
we think outside of the box and we think of
all the possible theories out there. It's not crazy, it's
not There shouldn't be a stigma attached to this. If anything,
we have lost the ability to question things. Humanity has
(44:29):
lost that and we need to get back into that.
We can't be spoonfight all this information. We have to
consider all of the theories, all the conclusions, all the possibilities. Jimmy,
thank you so much for being on the show today.
I really appreciate it. Who do you have on Fada Black?
And before you answer that, for those catching this live,
please hit that like button and that hype button if
you see it right down on YouTube. Jimmy, who do
(44:50):
you have on tonight?
Speaker 2 (44:52):
Tonight? Very exciting. I have MV. Seleig on the show,
and he is he's a director, he's a writer, actor
of great stuff. The gun Runner is a great show.
Everybody should check that out. It's on Netflix. But here's
(45:12):
the thing. He deals with science fiction. He's got a
new book out. It's called Hush, and md Selig says this,
I might be a whistleblower because I base my science
fiction on secrets that I know are fact. Great stuff.
(45:33):
He's amazing. So that's tonight on the show. M d
Selig had an incredible week last night. I had Lim
Buchanan on hoof right, oh G a remote viewer, and
Lawrence M. Krause on the show. This week. It's just
been super, super powerful and fun and I've I've talked
(45:54):
about three I Atlas with just about everybody, and I'll
be doing it tonight with MD. I want to find
out I'm going to have over the next couple of weeks,
and then I'll say goodbye to everybody. Over the next
couple of weeks. I want astrologers on the show. I
want some alternative views on this as well. I'm going
to bring in a couple of more scientists on the show.
(46:18):
And maybe even Avi Lobe and try to knock all
of this out before Halloween. I'll see everybody tonight on
the show. Thank you so much, Christina. Another great show.
And again I'll say this, I just have to. I
meant to say this earlier. Christina, you and I have
been doing this for a very long time together, and
it's been a lot of fun. And congratulations on one
(46:41):
K by the way, but it's been a lot of fun.
And here we are. How many times have we over
the years said to each other, man, isn't this great
that this breaking news is happening and we get to
talk about it? How many times have we said that?
Speaker 1 (46:56):
Many times?
Speaker 2 (46:56):
Many times, many many, many, many times? And here we
are right now. Who would have thought that something like
this would be going down? Very exciting times, very exciting times.
I'll see everybody next week. I will be here next week.
I know I've been busy taping the TV show and
doing other stuff, but I'll see you guys next week,
and I'll see you tonight on the show. Thank you
(47:17):
so much, Christina. Good stuff, Thank you.
Speaker 1 (47:20):
Thank you everyone for catching today's live show. We've been
covering three iatlists for a few weeks now and this
is the first time we were able to do a
live on it, covering all the latest data, putting it
all together in this one episode. So please hit that
like button and subscribe. If you want daily UFO news updates,
you can find all that right here. And guess what,
I do write articles for all the shows that take
(47:43):
place right here on this channel. Again, I want to
say a big thank you to everyone catching this live
for all the super chats. You guys are amazing night Bison. Yeah,
it's very exciting. The Age of Disclosure has just come out.
I'm looking forward to seeing it. I've seen all the previews,
I've seen all the clips and everything, which is super
duper cool. Thank you all of you guys. Thank you
to all of my amazing YouTube members, patre members, and
(48:04):
of course all of my incredible moderators. You know I
cannot do this show without you. That is for today.
I will see you again tomorrow for another UFO News update.
Be safe and remember keep your eyes on the guys.
(48:44):
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