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Oct. 9, 2022 - Info Warrior - Jason Bermas
21:47
NASA Cyborg 63 Then And Now

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NASA's Cyborg Vision 00:14:56
Hey everybody, Jason Burmes here, and we are going to be talking about NASA, cyborgs, space-hardening human beings, and nanobots and robotics on Mars.
Now, I often talk about transhumanism.
I often talk about how NASA is very much a front for the military-industrial complex.
And I also talk about how Dennis Bushnell, chief scientist at NASA today and somebody who's been around since the Gemini program pre-Apollo, and we're going to be focusing on a document that is pre-Apollo, in 2018 discussed space-hardening humans.
Oh, really?
Apparently, space is a pretty tough environment to stick around in, especially in long space travel.
Now, I've played a clip before, and I'm going to play clips again, when Bushnell straight up tells you human beings are not going to Mars.
Nanobots and robotics will go there.
They will come back with the sensor information.
They will upload it into a virtual world, and then you will be able to virtually go to Mars.
That is the reality, and that is what they're putting forth.
I'm also going to show you Charles Bolden of NASA, basically saying that, yes, robots will be the first to Mars.
But we keep hearing again and again and again, our Lord and Savior, Elon Muskernuts, is taking us to the moon, is taking us to Mars.
And I'm here to tell you that rocket technology and the type of things that we see via human beings does not seem to make those missions possible.
Okay.
And everybody knows I did TimCast on Wednesday.
I was reading through some of the comments of that broadcast and somebody brought up a document I was unaware of.
I had never seen before.
And it's what we're going to focus on here today because it was just one of those things that, again, I don't know everything and I'm always here to learn.
Engineering man for space, the cyborg study.
This is from 1963.
Now, what I found really interesting about this, and I want to go down to the graph on the very, very bottom so people can see what they're talking about here.
They're talking about life systems.
They're talking about artificial organs.
They're talking about hypothermia, aka pre-cryogenics.
They're talking about environmental stimulation.
They're talking about the metabolism, nutrition, you name it, even sensory deprivation.
And some of the things that are in the document, which I really, really found interesting, was they knew then in 1963 from three space missions that they had done that astronauts would come back and they would have elevated calcium.
Okay.
Basically, it was pulled from other parts of their body.
And they denotated that this was often the case when you had somebody who was in a hospital and had been immobile for some time.
So they talk about psychological effects of the sensory deprivation of really not having your facilities like you would have here on Earth.
But one of the biggest things they talked about was going into the hemoglobin system.
And basically, it starts with an E.
I don't want to butcher it.
Electrolyte.
It's not electrolyte.
I can't really search for words on this one.
But they were talking about how in a frozen state, you could keep the same count, same blood count for four years.
And they also talked about a 120-day period. in which they were able to make this happen, I believe, via human beings, which is pretty interesting.
That doesn't mean they froze human beings.
They're probably going with human blood.
And then they also talk about in this document, aside from merging with machines and bio-cybernetics, all right here, 1963, they're talking about transhumanism so we can go into space.
Okay.
They're talking about denerviated animals.
So basically, taking animals and making it so they may not feel pain or pleasure in certain places.
This document's only about seven pages long.
We'll scroll through a little bit of it.
And then I'm going to show you some modern robotics.
And I'm going to show you some modern stories via astronauts that are going to let you know that just with the short space travel that they do today, it is very, very tough on the human biological system.
So let's go to this document right here.
And again, this is why I love doing those types of shows because I don't know everything.
Okay.
I do not know everything.
I don't think anybody does.
If you knew it all, you'd basically be God.
And none of us are godlike.
Although there are those out there that want to play God and want to achieve Godhood and think that they can, you know, take control of human evolution.
People like, I don't know, Dennis Bushnell, chief scientist at NASA, who openly talks about this.
And by the way, this is, when I looked at this, you look down here, it says page 75.
So you only get page 75 to about 81.
If there's anybody out there in the Burmese Brigade that has follow-up documents or knows where I can find more on the cyborg NASA program beyond this initial phase, because they talk about how they're going to be building upon these for years and years and years and going into different phases of the program, and obviously that they're going to have to do human experimentation that may not be too safe.
Weird, weird.
But they talk about phase one of the cyborg study, okay, right here.
And the principal task is to consider the availability and practicability of using artificial organs, hypothermia, and or drugs in adapting man to the space environment, which, yes, that's something they have to do.
Let's make this just a tad smaller.
Let's go with 180 and see how we look.
There we go.
Perfect, perfect.
Task B is the collection and study of data relating to the operation of the human heart in a space environment.
This has included the development of a mathematical and physical dynamic model.
And then they talk about things like the artificial lung.
And really, if you look at what Lockheed Martin was doing via Skunk Works and the Oxcart program, they would have these people who were flying their planes 60,000 feet in the air go into compression chambers for hours to get their bodies ready.
They'd have them run and have masks on.
In fact, Tom Cruise in Top Gun Maverick really threw Annie Jacobson, I think, a bone in the fact that it started off with what she was describing in the 1950s and 60s Oxcart program in this new program with Tom Cruise.
And it even had the Lockheed Martin logo inside and the Skunk Works logo on the back.
So this is pretty broad.
There's not a whole lot out there that is overwhelming in this, but it shows you that they were trying to integrate human beings with what?
Technology all the way back in the 60s.
This stuff is not new.
So once again, guys, you know where the rest of this is.
And there's the sensory deprivation section that I was talking about.
Please send it my way.
I found this fascinating.
Now, what I want to do here is I want to show you the cyborgs, aka robots that they're actually trying to use.
Now, you look at the Robo knot here.
It looks like almost like a joke.
It looks very similar to the Optimus bot right there.
But the R5 right here, the first walking humanoid robot, again, how functional is the R5?
I don't know.
But again, 2015, a lot of this is PR.
They don't show you the good stuff.
And the fact of the matter is, why are they making humanoids anyway when there are plenty of other robotics that would have better dexterity and abilities in a foreign and hostile environment?
And to show you that astronauts even today, even today, suffer huge effects from going on their missions.
This is from, I believe, January of this year.
Yes.
January of this year, astronauts suffer from anemia after spending six months in space because their bodies destroy a million more red blood cells than went on Earth.
Study finds.
That's just one thing.
Now that's six months.
That's low Earth orbit.
That's not, say, destination Mars or trying to colonize the moon.
It's nothing like that.
And really, we're not even talking about lengths away from the Earth's atmosphere.
And we already have this problem with anemia.
Well, here's yet another one.
This is from September of this year's.
NASA astronauts' blood shows signs of DNA mutations due to spaceflight, and they must be monitored for cancer risk.
New study reveals.
Really, we're just hearing about this in 2022.
What about all those astronauts on the Apollo missions that went to the moon and rockets?
Shouldn't this have been something we were concerned about then?
A little bizarre, if you ask me.
So the clips I'm going to play right now are, we're going to start with Charles Bolden because Bolden tells you, once again, that robots will be the first on Mars.
But he doesn't go as far as Bushnell telling you essentially the vast majority will never go to Mars and that we're going to put, again, nanobots in space that will have sensors, bring the information back, and then you'll just have to believe what they tell us as you're plugged in to a virtual matrix.
But here's Bolden talking again.
It's not humans first.
It's going to be robots first.
You've got to be thinking 30, 40, 50 years out.
And Andy is absolutely right.
And I tell people all the time, the very first things on the surface of Mars are going to be robots.
You know, think about what we do for American forces today around the world.
We don't send soldiers, sailors, airmen, and Marines often into a very hot area first.
We try to get in and make the environment safe for them using robots or whatever.
Yeah, yeah.
First, we send in missiles and warfare.
We clean out the environment before we send our soldiers in there.
We're going to have to do something similar if we want to go to Mars.
But we're actually, I imagine there's going to be a fleet of robots, maybe humanoid.
They don't have to look like humans.
They're going to establish the habitat.
There's no reason for them to look like humans other than the fact that you're trying to acclimate the populace into being replaced by automation and merging with machines in this very real transhumanist agenda.
It's the only reason that you would use a humanoid-type model.
I'm going to go in because with 3D printing, we can put a fleet of robots on the surface of Mars.
We may find, based on what we know about the radiation environment, that we want to go underground.
So already he's talking about that radiation environment.
You'd think that the radiation environment, again, just in low Earth orbit, may not be so healthy to human beings in light of the two physical things we just talked about via anemia and a risk for cancer.
Just throwing that out there.
Rather than, you know, have huts on the surface that get blown away in the wind that doesn't exist.
But that was a critical part.
See, again, he's got on this panel, this is the Transformers conference, and he's next to the person that did the Martian film.
He wrote the book that the film was based on with Matt Damon.
He's talking about how there's no wind on Mars.
Yet they're trying to tell us there might be water there or an atmosphere we can terraform.
So how much you can trust these people, I take it all with a grain of salt.
I can say that.
I tell my wife, it's a movie.
Okay?
Very, very important part.
But it may be that robots dig under, you know, go subterranean and establish the habitat.
Anybody ever do, you know, build houses for charitable reasons?
You don't go there and there are no two by fours on the lot.
There are prefab structures, so you get eaves and walls, and that's what we're going to do on Mars.
So again, he's telling you we're going to do that on Mars, but we're going to do it with robots.
And then up next, I believe, I hope I don't have the way too long clip.
I might have, I do have the way too long clip.
Of course I do.
Why would I have the good clip?
Let me see if I can find the smaller clip right here.
Nope.
It looks like I'm going to have to skip through it and hope to get there.
So you might have to bear with me.
What we have next is the Bushnille clip discussing this, and I've probably played it enough times that I can guess where we're going to need to be.
So here we go.
Which is what you need if you're ever going to do anything outside the solar system.
Well, another area, and you had actually told me about this in a phone conversation several years ago, and you were talking about robot exploration.
And I'd mentioned Ray Kurzweil to you, and you'd said that he'd spoken at NASA.
And to me, the way that you described robots almost as kind of like the children of mankind really stuck with me.
And it put what we're doing on Mars right now in a new perspective for me.
Well, that quote, robots being the children of mankind, is actually from Hans Moravek from Carnegie Mellon.
He has various books on this.
Robot is one of them from the early 00s, as I remember.
And the idea is that we are currently becoming cyborgs at a very fast rate.
The IDMB Brain Project.
So I may have gone too far, but you see how this all integrates, again, into transhumanism.
Understanding Physics at Cosmological Scales 00:03:42
Let's bring it back.
I think that maybe right here.
Let's see.
What is a magnitude difference in energy law?
We don't know what happened to the antimatter when the universal armed path of it was supposed to be antimatter.
We didn't know where it went.
And this Wikipedia page is actually many pages, goes on and on.
My conclusion from all of this is we don't understand physics at cosmological scales.
And less and until we do, it's not clear whether Sonny's assertions, which I'm very familiar with, or anybody else's assertions, you know, will in fact get us anywhere.
Most people who have looked at those drives say you need to produce massive amounts of negative matter and all kinds of other exotic stuff.
Some people, you know, there are people trying to work in various places on approaches to get that energy used down, but nobody has got anything defendable or believable at this point.
I see what you're saying.
And so, in terms of planning for things that we know will work, Alcupiera would be way too far out and there's way too much unknown territory.
Yeah.
I mean, my hope is that if we ever do figure out what's really going on in physics at cosmological scales, that may inform us and enable us to go do faster-than-light transportation, which is what you need if you're ever going to do anything outside the solar system.
So, we already talked about the merging with machines, the pneumonic brain project.
I'm going to let it play a little longer.
Let's see if it's after this.
If it's not, we might have to skip it and you'll have to go back.
Man, I hate it when I don't have this stuff on tap.
I should have looked at it better.
I'm on the road, guys.
That's right.
The IBM Blue Brain Project, which is nanosectioning the neocortex and replicating it, Silicon has made such good progress that they are claiming in 12 to 15 years, they will be able to market a biomimetic human-level machine intelligence.
The nano-functionalization of robots is continuing apace very rapidly.
So, there's no reason why in 10, 20-year, well, 15 to 25-year out, that exploration can't be done very well with robots at a cost which has been estimated at about 1,1,000th that of sending humans.
So, one way to do this exploration of Mars and so forth is three ways.
I mean, three stages.
One is to send nano-robots and instrument the planet and send back the data.
And the Brits demonstrated five senses virtual reality, haptic taste, touch, smell, sight, and sound recently.
So, everyone could explore Mars anytime they wanted to at 11,000th the cost of sending people.
Then, you send other robots to Terraform Mars.
And by the time that's done, we will have developed the energetics so that people could go very inexpensively and very safely.
So, there you go.
You're talking about a system, but again, they're going to send this information back.
You're going to virtually experience Mars much cheaper, and it's the robots that are going, not us.
Hitting the Road Back to Iowa 00:02:51
We've got to tip over at the Rockfin.
Elijah Kramer, thank you so much.
Thanks for the mod status.
Little cash for traveling expenses.
I appreciate that, man.
I'm hitting the road back to Iowa either Sunday night, tomorrow night, or early Monday morning.
Got to get back to Iowa because I'm calling fights.
Cagedaggression.tv.
I've got to be filming on Wednesday for the weigh-ins, where I believe Wednesday is the first weigh-ins.
It may actually be Thursday because we're doing Friday and Saturday night.
So, Thursday are weigh-ins.
Friday and Saturday night, double event, very, very pumped.
Then the weekend after that, so next weekend fights, weekend after that, I'm speaking on the Reawaken America tour, where we're going to be going from transgender to transhuman.
In fact, I did a full hour with Clay Clark today on his program.
I'm not sure if it's up there yet over at Thrive Time Show or his Rumble, but we went hard on the muskernuts.
I mean, start to finish.
I think this is one of my best presentations on why we should be extremely skeptical of that gentleman.
That being said, we're wrapping this one up pretty quick.
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Cyborgs in space, that's about left or right.
Oh, no, no, no.
It's about right and wrong.
It's about truth over treason.
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