Lue Elizondo, leaked audio of his Chicago, Illinois live show. (No Commentary)

Friday, September 5, 2025

Show Notes

Lue Elizondo, leaked audio of his Chicago, Illinois live show. (No Commentary)

Music by Karl Casey  @WhiteBatAudio  
Graphics by Spooky
Content created here by Spectral International, LLC.
Buy me a coffee (or 100) to support the show :
https://buymeacoffee.com/truthseekers
Music videos by Simon Fly. 
Visit our website here : https://truthseekershow.com 
 
Subscribe to our youtube channel here :
http://www.youtube.com/c/truthseekershow
Follow Steven Cambian on twitter : @stevencambian Join our Patreon : https://www.patreon.com/stevencambian

Donate by paypal : Send a paypal to TRUTHSEEKERSHOW@GMAIL.COM
Any amount you wish. Please include your chatroom user id, and any message you would like me to read on air. We 
read every paypal message we are sent and thank every person who sends any paypal support. Listen to the audio podcast 
: https://www.spreaker.com/user/14526799

Email us : TRUTHSEEKERSHOW@GMAIL.COM

Show Transcript

Ladies and gentlemen, the show is about to begin. In please take the time to silence your cell phones, plash photography and video recording of any kinder strictly prohibited City Winery In this acoustically treated room, even a small side conversation could be distracted to the artist, as well as your neighbor on behalf of our owner and founder, Michael Dorf, and all of us here at City Winery. We hope you joined the show now. Please welcome to the stage, lou Elizondo.

Well, hello everybody, what a. Fantastic reception, and thank you all for being here with me this evening, and thank you for allowing me to be here with you. A couple of housekeeping things first, if I could just take a quick moment, I'd like to thank the staff here for putting this for everybody and having a nice meal for everybody. So if we could put our hands together for one Secondly, if I could gonna show hands here, who is either former or current military?

Okay, keep your hands up with who here is either a former or current first responder like a paramedic or a nurse. Anybody as well k in medical field? Excellent? Who here is a school teacher or has been a school teacher.

I'd like to offer you a round of applause, thank you for your service. And what you said, military also means our law enforcement. So I didn't want to leave anybody up and thank you very much for what you're doing for our society. Thank you very much for So with that said point, we're gonna have an eat dinner tonight.

We're gonna have lots of stuff for you, lots of eye candy. We're gonna get into all sorts of conversations about your favorite topic, the UAP topic, and where we are today. Now I do a lot of these talks, but the topic is evolving so fast that there's so much more information to talk about. So this conversation I'll happen with you is actually evolving as we have this conversation inter happening even today.

If you saw the newspaper article in the Hill, Congress and the administration politics aside, But the new administration is taking this topic very, very seriously. So I'm very optimistic that we're going to be in to see some real transparency here. Also, at the end of this presentation, we're going to open up for questions. There's no restrictions.

You can ask me anything you want and I will give you the answer. And if I don't have the answer, I will tell you I don't know, or I can't tell you because it's classified. But there's no questions off the table. So I just want to make sure everybody here knows.

Can everybody in the back, can you hear me? Okay, okay, thank you. I just want to make sure everybody can hear me. So let's go ahead and start the presentation because we've got a lot of stuff to cover.

And by the way, what you're going to see here, in some cases has been presented to Congress. In some cases I've been presented to former cabinet officials when they were in office, and it's I think it's fairly relevant and it should be eye opening. A lot of the stuff you're going to see you tonight we haven't really discussed publicly, and hopefully in the will spark some conversation with you all. So with no further ado, let's do a little test here before we start getting into the actual UAP stuff.

I'm going to show you a slide and I'd like you to kind of think to yourself, what do these individuals all have in common. Take a moment, take a look. These are individuals that are separated, in some cases by millennium, right, thousands of years apart different continents. So geographically they're separating.

They're separated by race and religion and sex. So what do these people have in company? They starting to cutting edge, to challenge the status quote, they were willing to step outside of the accepted norms of society at the time. And for those of you who are teachers, who raise your hands, this is very important because this is how you do real academic research.

This is how you do real scientific research. It's actually thinking outside the box. It's being willing to challenge the accepted norms of what we have been told as a society, right, and be willing to stand up and say, you know what, I don't think. So I'd like to add this in here for my fellow academics who have heard time and time again and trust the science.

Lest we forget that, there were times where when we trusted the science, we had things like beaching therapy and lobotomies, right, So trusting the science isn't always a smart thing to do. I think we should challenge science and I think we should always ask the hard question, be be okay with asking the hard questions, not only to ourselves but amongst our peers and our friends, because that's how we advance as a society. So UAPs and artificial intelligence, I've asked sometimes. In fact, I just a little.

X here is what's called Twitter before where somebody asked me what is the relationship, if any, between artificial intelligence and UAP? So I'm going to share something with you. I'm about to show you a real video. This was provided to us by an army officer.

I'm not going to say where exactly was taken, but it was taken on a military base where you're not supposed to have cameras. But of course he used his iPhone to take a picture. Now what he reported seeing Before I show you this, we're gonna see the video in a second, he said. Lou I walked out of the medical office.

He was a medical officer, and he said, I looked over the horizon. I saw what looked like this hovering You're not gonna believe it, this hovering black UFO, this hugging black disc. And so I took on my iPhone and I took a video of it. Now you're gonna see in the video here in a second.

So this is some of the advantages of artificial intelligence. I'm not gonna waste your time with this slide, but this is the video. We're gonna watch it in a second. It's very short.

These are the facts behind the actual video. So it's a military officer taken on a US military base. Again, to protect a military officer, I'm not going to reveal his identity or the specific base. It wasn't California, and it was a sensitive military facility.

And the video is legitimate. Now you're gonna see because of the compression issue with the video, you're gonna say, well, that's kind of grain, But we actually did a still of this, and you're gonna see something. So this is the video, and you can see because you zue it's in. There's gonna see a little kind of a black thing out there, and you're really can't tell what it is when you're looking at the video.

But when you freeze the video, whoa right, Hey, you're right, that looks like a black disc of some sort. I have no idea what that is, but that is strange. How we repe reported it. This this object kind of hovering in the distance, completely silent.

So what we did is we actually applied an artificial intelligence algorithm to try to figure out what exactly is going on here. So you're applied to AI, and what it did is it noticed that there were some objects in the background that were not consistent fixilation wise with the objects, the shapes, the geometry of the form around. Now, the video was not manipulated, and it is a real video, but something here is a little bit off. And then what we did is we asked the AI to look at the object itself, and it noticed something that the human eye couldn't take up.

What appeared to be some sort of either landing you or protrusions or something coming extending from this thing. One might expect some sort of perhaps landing here, I guess. So we asked the AFK, your in your best capability, so to speak, what are we looking at? Well, the objects in the background, or like the C seventeen Globemaster cargo aircraft also an F thirty five joint strike fighter with an eighty five percent certaintem and then what appears to be two other aircraft kind of crossing in the background.

So what we're looking at here is a flight line on a military base. So then we asked the AI to give us its assessment of what it sees over here. And by the way, yes, there is protrusions coming from this object, whatever it is. That's what it is.

That's right. It's an army tent doing airflight operations on a military base with the science rolled out. That's what the army officer saw. So why is that important?

Well, because when you are briefing members of Congress about the reality of UAP, you have to get a very, very certain of what you're briefing is actually legitimate. You can imagine if this picture got out on the internet some time ago, right out into the ether, and all sorts of conspiracies would be generated from that. Oh, this is one of the best videos ever of a UFO. No, it's a tent, right, So that's important and we have to be our own worst critics, so keep that in mind.

So before we get really into the UFO topic itself, I'd like to do a practical exercise with you all, And no one's being great. Willy, You're gonna be great, but it won't count. So I want you all quietly silently, think of a shipping. Okay, I want you to think of a shipping.

Let's wait a couple of seconds here, ship, ship, ship and ship a ship? Okay, Now, don't raise your hands. There's a reason. Who thought again, don't raise your hands?

Who thought of a sailing ship or a cruise ship? Give yourself a team? How many thought of an airship, a blimp, a dirigible, hopefull? You're learning your lesson here, right, don't give yourself a D plus?

All right? Who thought of a spaceship? A starship? Something like that?

Right, that's what I'm thinking. Give yourself as mine is? How many have you thought of censorship? Friendship?

I didn't ask you what ten of ship? I just said, in your mind, need a ship? Think of the ship? Right?

And so what I'm showing here is the analytic bias that we are all subject to as human beings. And so we have to be very careful when someone says to you, what do you think about the topic of VUAP? Well, what you mean? That's a huge topic, and we all have these preconceived notions and narratives of what we think a UAP or a UFO is, and we change, of course, the definition so often from UFO is the UAP, and now UAP has changed several literations as well as far as it's.

Definition, So it's we are we are product. I've been a human being. We are products of our own bias and we can't help it. That is, that is human nature to be that way.

But we have to recognize that urge to jump to some sort of conclusion. So let's talk about social statement. Something that anybody who's ever following you your UFOs knows something about the tao of the topic itself, right, UFOs and tinfoil hats and Elvis on the Mothership and little Green Men. Right, well, we're gonna talk about that.

Let's talk about the prefix. The Latin word para. Okay, we use it often in the English language to describe fix, and it means by definition, above or beside. So when I say the word parashue, what do you think of?

Any of my former military folks will tell you, right, it kind of reminds you of something like that helps you hit the ground with a thumb and hopefully not a thud. And generally it's kind of a. Good thing, especially if you are in the military. And if I say to you, paramedic, what comes to mind?

Ever? I ask him here, who's been a first responder? Right? Heroes think of a Medica life saver above or beside you that's providing life saving support, and that's what we think of, right, paramedic.

So let me ask you this when I say the word paranormal, what do you think? Right? You know what happens? Has if you look at me with your head caught slightly kind of like my dogs, do you want to ask you?

A right movement? Right? And they had this sly little smile, baby, like you know, what do you mean paranormal? I mean paranormal.

What I mean is that there's no difference between the word parachute, paramilic, and paranormal. The problem is that society has told you that the word paranormal means something like that. Okay, something that we don't understand, but. I would submit to you everything in science in the history of human existence was once considered paranormal until it becomes normal.

Your cell phone, your laptop, computers, any of you that work from home and you zoom. All that was considered magic at one point. Now it's your routine, isn't it. Concepts Historically once considered paranormal.

And this is important when you're having a conversation about the UAB topic, because everybody loves the UAP topic is being paranormal. That is it, lunar eclipses, solar eclipses. They were considered paranormal, that Maya is an Aztecs. The predicties with such certainty that they could use it to influence their populations.

Photography, the Yamamammi tribe can see the fella in the back is not very happy that he's having his picture taken and perhaps his soul being collected. And stored on a piece of paper. Right, of course, we think it's silly, but to this fella and the one behind him, it's not so silly. Acupuncture.

I remember a time I was in the medical program at University of Miami, studying microbiology immunology, and I remember my professor distinctly telling me and telling the class acupuncture is Eastern medicine, and it's paranormal. It's hut wash. Now, at the Department of Veterans Affairs, we actually prescribe acupuncture to our wounded veterans for pain therapy. Okay, the fact that we didn't understand it we have automatically put it in a little garage.

Can we call paranormal, But it's simply because we didn't understand the concept at the time. Tonic kimmobility atizing chickens, right, ooh, reality is this is a This is a biophysical capability, and it's also an aspect of a lot of animals. Share sharks, when we turn. Them upside down, they get very very kind of kind of quiet and calm, say with alligators.

Chickens have the same thing. It's just tonic immobility. It's it's a it's a biological reaction, and it's neurological. It's it's not it's not paranormal, folks, it's just biology.

So now we've talked about some of these definitions we have imposed upon ourselves. But let's look at now some of the limitations we us here human beings have in all this, every single one of us. I don't care where you're from, I don't care what race, religion, color, sex, anything you are. We all are limited by these couple of things.

You have your quantum mechanics, dark matter, and the multiverse. Right, these are concepts that lie beyond our current understanding of the universe. There was a time we thought that all of the universe followed the same rules and principles, and this was brought by Newtonian physics, by Sir Isaac new Right. Befoce equals mass times acceleration and things like gravity nine point eight meters per second square.

Then along comes some guy with crazy haired in nine scent and says, well, actually, believe it or not, space and time are connected. In fact, the fabric of space itself and time is flexible. You can compress it, you can stretch it. And if that wasn't mind bending enough, along comes quantum mechanics.

It says, believe it or not, everything you've been told before is wrong. Oh, in fact, you can be in two places at once. In fact, there's these things called duality principle. There are these these these things that occur at the very small level of our universe that fundamentally shouldn't happen, and yet that is the way reality actually is.

So let's talk about our five fundamental senses by which we judge and look at the universe. Five fundamental senses. You touch it, taste it, here, and smell and et cetera. Anything beyond that we can't.

We can't interact with it. We have to have equipment and technology that allows us to do that. So, for example, vision, everything we're seeing here this evening is a wonderful table, and the wonderful dinner, and our friends and families, and good wine. And beautiful candles on the table.

Everything here we are perceiving through a very very very narrow lens of the electromagnetic spectrum we call psipolite electropical spectrum point zero zero three five percent. That's not point three five it's not point zero three five. Point zero zero three five percent of the entire electromagnetic spectrum is all we can perceive. Anything above that or below that, we will never know it's there.

If you had cell phone. Vision where you could see Wi Fi and perhaps AM and FM signals and look at things such as as GPS, you would see an entirely different reality around you. And yet, because we are limited in what we can perceive, this is all we have to judge nature around us and our reality are a correct paradigm. So here's an image of using an optical telescope version for red.

You can see a whole lot more, And that's just one piece of the spectrum were below vision right before. We can see into the red band of the electro optical spectrum. Right. Imagine if you could see X ray or gamma right like a radio tepsope.

I live in Wyoming, beautiful out included skies. How do my house. Sometimes take a look at the stars and we'll sit there and. Just marvelize it.

Now, look at that same piece of sky through a radio telescope, and you're going to see an entirely different reality. You're gonna see nebula. You're gonna see star formations that you could not see with the human eye, even with the very best optical telescopes. Because most of the universe lies beyond our ability to actually perceive it, we are limited by a logically.

Now, let's talk about size, because it's not just a perception thing. The universe is almost incomprehensibly huge. Just how big is the note universe? Well, let's look at it.

I challenge you, when you have a moment, get on Google and type in the worst pale blue dot. What you're going to see is the Voider spacecraft. Turning around on one of his last missions and taking a selfie. And you're gonna see this when if you first look at the picture, you're just gonna look like, no, it's only a black field.

And then when you really pay attention, you can see a little, tiny, fuzzy maybe one or two pixels, large blue fuzzy dot. Everything you've ever. Learned, every person that's ever lived, every person that's ever died, every war that's ever been fought, everyone that's in or loved anyone or hated anyone, all lived and died and are still on that tiny, little pale blue dot. And that is birth floating through the vastness, and that the inky blackness of space.

Right, And what happens when we look at a particular part of the sky with our telescopes that seem to have nothing there, he finds, Okay, that little part there, that's that's total blackness. There's no stars, no galaxies there. Let's take a look at the web telescope or one of these other telescopes, humble, Let's see what we can see. We see galaxies with the trillions of stars.

Even in the spots where we can't see anything, not those hunred stars. Those are galaxies, each galaxy with hundreds of billions of stars. So let's talk about the number of stars in our observable universe, more than two hundred sextillion or two hundred billion trillion stars. Okay, that's kind of a hard number to fathom.

So what does that actually mean. It means there are more stars, and let me caveat this, in the observable universe. There's a difference. There are more stars in the observable universe than there are grains of sand in all the beaches in all the world combined.

And that's just the observable universe. Wait a minute, you mean the universe is bigger than that. Absolutely, that's more than ten times bigger than that. Astrophysicists assess that little circle is basically estimating the visible horizon of our known universe.

Right, So forty billion light years? How far is a light year? Well, light travels. A photon of light can travel at one hundred and eighty six thousand miles per second.

In other words, it's seven and a half times around our planet in one second. Imagine how far it can go in a year. Now, imagine how far it can go in thirteen point five billion years. Right, And so this is forty billion light years across, and scientists estimate that's only ten percent of the actual universe.

Because the universe is so big and so huge and expanding so fast that light from anything beyond that will never reach Earth. That's just our visible horizon photes. So this little method that is how big are observable universe? Is again now the size of the true universe, the observable universe.

Now that's huge now as above, so below, how many of you took chemistry in high school? Gotta be a great body then, boy, boy, what it? Remember Alphagadra's number? That's right?

Oh my god, yeah, say over here it good. I know, we got tested on it. Okay, six point zero two two times ten to the negative twenty third. What does that mean?

That's roughly the same order of magnitude and size inside every human being. If you look at a hydrogen atom, right, one proton, one neutron, and one electron compared to the human body, that's roughly the same order of magnitude that atom is to us as we are to the universe. Now, think about that in every single human being. There's a huge universe, and as human beings, we're limited.

We can only interact with one order or two orders of a degree of magnitude up or down. Otherwise the universe is simply too big or simply too small, we can't interact with it. So that's important because that means most of the universe something like ninety nine point nine nine nine, and not a whole bunch of bunch of nines to it is beyond our ability to tender perceiving. So that means most of reality is beyond.

Our ability to purceied. It's either too big or too small, or a life beyond our ability to actually perceive an interact. So let's talk about why you came agent. My background.

I went to University of Mining, I studied, became microbiology and imanology, and then I joined the ARM. After that, I became a federal agent in chase bad guys. I've always considered myself very logical. I was never a Star Wars kid.

I tell people it's more of like a tig young kind of kid. Wasn't prone to flights of fancy. I've always been a disciple of the scientific method. I still am, And when I was a special agent, I was just a facts may kind of guy.

Wasn't interested in suppositions in the new windows or what people thought, I wanted to know what the facts saying, what does the data saying? What does the data suggest it? And this is the same approach we took an atent. What is atent But we can talk a little bit more about it.

But it was a program that was established by Congress, pushed down to the intelligence community, the Department of Offense, in order to investigate that's right, UFOs. Your tax dollars gave us the ability to investigate UFOs in an authorized manner. This wasn't a hobby project. We spent twenty two million dollars of your money doing this, that's right, And what did the results you?

While at the unclassifying level. Three videos I know are famous. Everybody knows what these videos are. By the boy.

There's a whole lot more and a hell of a lot better new these, but these aren't classified so we can talk about them. So this is fact. These are three of some of the videos that your tax dollars helped pay to try and analyze and figure out what is going on, And to this day we still have them as unresolved. So they're taken by fleer camera footage by an fateam supermortant.

Several different aircraft at different times have encountered these strange things in the sky that can outperform, frankly through anything we have in our inventory. So think about that. For me, this was the contract for an A ten slash awset that you paid for. And if anybody has any questions whatsoever about the focus of this program, let me draw your engineer investigating legitimacy of currently observed phenomenon, not technology, not aircraft phenomenon, and that's in the contract.

So it's very clear what this is about. And if you look a little further, you think you see things like human effects, human interface technology, integration, power generation, armament. Right, this is very dood, very national security centric, very heavy on national security because it was a national security issue. We were encountering things over the controlled US air space that are maneuvering the ways that to this state we still can't replicate, and by the.

Way, there wasn't anything we could do about it. So, yes, there was a national security amperative that was recognized by both members of Congress and senior leaders in the Department of Defense, of the CIA and the intelligence community that mandate and we better figure out what's going on here. Imagine if roch are trying to had this kind of technology, right, So what were some of the results, Well, there were, there were several observables and intelligence. The way the way we do business, we try to find commonalities and then we try to find anomalies.

So you look at the way things early. Work, and then what you do is you separate those things that you see that are not operating typical of. Other technologies that you have in your inventory. So in this case, it's instantaneous acceleration hyprosopic velocity.

What is hyprostoonic velocity? Speeds in excess of mock five? What's mock? Mock is the speed of sound roughly seven hundred and sixty miles an hour at the sea level plus or miments, so five times speed of sound you have here.

I hate to use the word anti gravity. It's a bad word in science, but we don't know how to explain things that can fly without wings, so without any obvious science of propulsion, low observability to think of stealth. But in this case, even with the human eye and trans medium travel and lastly biological effects which we'll talk about, we didn't publicly ever discuss the sixth observable, which was biological effects. Until recently, it was a bit of a big pill to swallow for a lot of people.

Now, we did a lot of studies on it, but we really didn't talk about it because it made people kind of uncomfortable, especially senior leadership in our government. So we focus primarily in the five observables, and only recently have we been talking more about this sixth observable a little bit more openly to the public so they could kind of understand what we're trying to achieve. So why are the observables important for national security? Right?

It's not just securiosity. Look, that's interesting something we find in kind of a weird way. No, there's reasons why. Instantaneous acceleration.

Now, what do I mean by instantaneous acceleration? That is the ability in a sudden change velocity, being able to go from point A to point B and change your velocity very quickly. And the way we experience these forces as a human being or as an aircraft is through something we call chief forces. A G force is the if you will, it's the way we experience gravity.

I'm standing here right now like, oh, if you can kind of sit down, we experience Earth's gravity nine point eight meters per second square as one G force. Now, to put that in comparison, the average. Human being wearing a G suit can withstand about non only G forces for a short period of time before you start to suffer biological consequences, meaning you have blackouts, redouts, and even death. So let's compare that to some of our most sophisticated technology we have in our inventory.

Let's look at the F sixteen. It's an older aircraft general dynamics, but still one of our most highly maneuverable aircraft that we have in our inventory, very very good, very noble that can pull out the unclassified level about seventeen to eighteen g's before you start experiencing structural failure, meaning you have wings begin to snap off and disintegration of the airframe. What we are seeing with UAP is not twenty g's nineteen cheese in excess of one thousand, two thousand G forces well beyond anything biologically to a stand and certainly beyond our material science can ability to be able to reproduce them. So that's a big deal.

And if you understand that you can reproduce that, we have an advantage of your enemy for things like thrust vectoring and chief force protection. Obviously on the battlefield, that's a heck of advantage. So yes, your tax dollars were being used to try to figure out who has this technology and how can we do ourselves hypersonic velocity? Just describe it, right, mock Fiver.

Well, now do we have technology today that can do hypersonics? Yes, we absolutely do. A lot of you read the news, you hear about hypersonic missiles. Good case point is the SR set in the Lockey your wife of twelve a SR seventy one blackbird that is a really cool aircraft.

You've ever seen it before? It's really long and steak. If you ever watch Top Gun and this possible movie The Matter Maverick, they had this kind of new generation of planes that kind of is mocked after the old SR seventy one. That plane can do mock five.

It can do about a roughly three thousand and two miles an hour. But when the SR seventy one wants to make a writ hand turn takes roughly half the state of Ohio to execute. We're not seeing that these these things are not doing three tho two hundred. They're doing ten thousand, thirteen thousand miles an hour and faster, and they can do immediate right angle turns and one hundred davy three turns.

How's that possible? Globeservability do we have lobes of able? There's one right there, beach Obomber, the Dowker, you name it, right that F one seventeen, Wadley, Goblin Task and Blue Half Blue, all these programs that we developed in order to make aircraft harder to detect using radar, But you can still see them pretty easily with a naked eye, right, I mean you can see that thing. It's very well hitded.

Well, we are seeing or aircraft that are hard to detect, not only on radar, but even with the human eye. How does we'll see? You know, LUTs, I don't know how to describe it. There's the thing out there.

I could see it, but it didn't have wings or ailerons or control surfaces. I don't know how else to describe what it's all. But it was there. I could see it with my own eyes, but not very well.

So long, certain capability is very very important, and you can see why, right, Survivability and nimity. If you wanted to go into a country, you didn't. Want to be detected. So these technologies are important transmedium travel the ability to operate in a multiple be called domains.

Think about it as environments, right. Think about the ability to fly a plane that can all of a sudden turn into a boat that can all of a sudden go under water like a submarine. That would give you a heck of an advantage, wouldn't it. That would give you the ability to do things that you normally can't do with normal technology.

You need several pieces of technology. Now do we have transmedium vehicles? You betch it? Give your case a point.

A seaplane. A seaplane can fly and can flow. But let's face it, a seaplane is neither a really good airplane and it's not a really good boat. Why because it's a design compromise by nature.

Anything we want to operate more than one in an environment, you have to do design compromises and performance compromises to be able to achieve that. That's why when you look at the Space Shuttle. Sure it can go down your space and it can glide down, but it's not a very good plane. It kind of comes down like a brick and you got one shot at landing it right.

So that's why transmenium is so important from a national security perspective because it will give you an advantage on the battlefield. Imagine if you had a plane that could shoot out like a torpedo and all of a sudden now fly like a plane. So anybody who let that technology, that's pretty important something we would want to know how to do. And of course, a bad word.

In science, which I said anti gravity or any scientists out there, I'm going to pretended to say that, but that's what we use. What does that mean? That's really just a vernacular to describe the ability to defy the natural effects of Earth's gravity without the associate stated technologies involved. Meaning the reason why a plane flies.

Here's our little airplane. It flies because you have four fundamental forces thrust, lift, drag, and weight, and. If you understand those, you can create a lifting body, generate. Lift and you can fly.

Okay, And that's a lot of us got here today. Actually a plane have been flew in that's all we're seeing with you repeating these things have no beats, no control surfaces, no elerons, no elevators, no rudders, no cockpit, nothing that we would normally attribute to something to be able to fly, and no obvious signs of propulsion, no heat signature, no check bloom, no contrail, not even an acoustic signature. At traveling beyond the speed of sound, there are things like sonic booms. There are acoustic signatures that we can we can track, and yet that's not the taste with UNAP How is that possible?

Okay? So what did your money spent was spent on? Well, there were thirty seven academic studies. I'm going to go through these a little slowly each page that you can see for yourself.

This is not faking. Twenty two million dollars was used to do these actual real studies. So think about this, right, spend this little laser here. Materials, advantage of aerospace platforms, right space access, where we've been, where we could go, metallic spentronics.

Let's a little bit more here. Advanced nuclear propulsion, Advanced space propulsions based on vacuum and space time metric. What does that mean? Engineering space time itself, compressing space tile al kubery drive, right, traversible wormholes, star gets and negative energy anti gravity for aerospace applications.

These are real studies. You can read them today. They're now on the internet. Anybody can read them.

Okay, Now this is an interesting one. An introduction to the statistical Drake equation. Anybody know what to hear? What the Drake equation is?

Great? What is it? Sir? That's right?

It is the likelihood, statistical likelihood of intelligent life being in our cosmos. It's called the Drake equation. Why was the US government spending money studying that? Right?

It's not because of Russia and China, folks. Negative mass repulsion. Right, look at some of these. Look at some of these alter capacitors.

Right, quantum tomography. So it was twenty fifteen and ative that the science this is some of the world's premier scientists. By the way, theoretical physics and other sciences had the proverbial aha moment. I remember it as if it was yesterday.

I'm in the skiff, I'm doing some work and one of my colleagues comes in with the proverbial hair on fire. Low. We need to see now. I look, I'm a little busy.

I got some stuff. I'm working for the National Security Council. Don't you need to drop it right now, Okay, what's going on? When a just skiff And for about three hours they started writing down an equation, mathematical equation, and at the end of that droll line he said, oh, here it is, and it was a number one messity.

I don't know what that means. I mean, I got at the calc theory and almost failed twice, but I didn't know what it meant. And basically the scientists looked at me and they. Said, we have now realized that every one of those five observables that we've been trying to desperately figure out, the different exotic technology is responsible for.

Each one of those is really a result of one technology, not different ones. And in fact, if you can master this one technology, all these other observables now become possible. So that was a huge kind of this aham for us. We're like, oh my gosh, after all this time and we realize it's not all these other technologies need.

You just need to understand physics from this one perspective. So we'll talk about that. In order to understand the AHA moment, you first have to understand what gravity is. And I took physics.

I'm not a physicist. But I'm sure there's maybe some physicists in here. We all look at gravity and we think of new Tony and physics and the apple falling from the tree and saying that's gravity. That's not gravity.

It's actually an effect of gravity. Gravity, as we now know through the principles of certain Albert Einstein, it is basically the warping of space time. It is the space time being perturbed by a massive object. Something with mass will always been in warp space time.

Now, anybody who thinks that this is theoretical, you're wrong. Anybody have a GPS in their car, You know how that works. Okay, So there are satellites orbiting Earth, and those satellites have an atomic caesium clock on board the spacecraft, and that atomic ctum clock is exactly precisely the same type of atomic CZ clock at the ground station. But when we first started working with GPS, we noticed something weird.

There was this glitching system. For some reason, the atomic seasium clocks were the exact same atomic half life decay. Those clocks were running at a different right slightly different than the ground station atomic cs plot and we didn't understand why. What was going on?

Well, it turns out that the massive Earth itself, the closer you are to Earth, the more space time is warped. And you can actually see it on these atomic seas if he applies, meaning the clocks run at different rates, and unless we go it's called atomic drip. Unless we calculate and calibrate for atomic drift within a week, if you don't reset that clock at the ground station, you're gonna wind up in my home state, Wyoming, if you try to go to New York. That's how oft it can be.

So it's very, very important that we understand these principles. So this is fact, and so it's caused. It's warping of. Space time is caused by the massive Earth.

In fact, if you were stating by the Sun, the warping of space time is even more. And if you were stating by even a more massive object, let's say a black hole, you get to the point where space time is so warped that it actually we get to fold in on itself. So this was a moment where you said, okay, so you're telling you space time can be warped by a lot of the mass. Yes, it can be.

And in fact, here's a little picture of two people standing on Earth being pulled towards the center of Earth equally at nine point eight meters per second square. Okay, now, what if. The person on the left was a little bit more clever than the average bear and had a way to insulate themselves. From the effects of Earth's gravity.

Well, for one, not only would you not need wings in an engine to fly because gravity doesn't affect you anymore. But actually, the way you experience time inside this bubble you have created for yourself is fundamentally different than the way we would experience space time outside the bubble. Now what else that to Well, it may even explain the morphology is shapes of UAP that people are seeing and this is all part of the Aha moment. By the way, this is my world according to lous Alisanda, And these are some of our best physicists in the government that came up with this.

So let's talk about how is it that this whole thing about mass and warping space time has anything to do with UFO shapes and sizes. Well, let's get to that. These are some of the common shapes people will often describe it, right discs particular craft cigar or rod shaped vehicles, trying newer vehicles, and very rare occasions a very substantially large boomerang shaped craft. So here is a little drawing.

Forgive me, I'm not an artist, but there's a person on the left. Let's say they're average of six feet tall, which I am certainly not, but let's say the average person is six feet tall. You can work space time two ways we know through physics. One is with a lot of matter or mass.

Right, think of the Earth. But it doesn't make sense that you would bring something the massive Earth in order to work space time when you're on Earth, because the gravity of that would perturb everything on Earth. The other way to warp space time is with what with energy exactly, And we know that because. Of Eyestein's E equals NC square.

People don't realize how important that equation is. It means an energy and mass of a fundamental relationship with each other. They are actually coefficients of each other. And one can think of actually mass and energy.

Think of, well, you're all drinking some glasses of water. Think of ice as being mass, as being matter, It can touch it, you can feel it. Think of energy as being steamed. They're both made of water.

They're both water and essence, but they're fundamentally different states. And that's why when you take matter and you annihilate it, you get pure energy. And you take energy, begin to slow it down and condense it, you begin to serve any seb atomic particles. There really is this very intimate relationship between the two, and so both mass and energy can warp space time.

The problem is that you need a lot of energy to do it, and I need a lot of energy, and we need to talk about that in a minute as well. So let's say you wanted to create a bubble around you, he said, I'm going to create a bubble around me. That's going to work space time, and I'm no longer going to be affected by grabbing you. The way I experience space time is going to be fundamentally different than the way you all do it.

Think of a diving bill, and I'm gonna ask you all a question here. There's not a true question. So those of you in in geometry probably we'll answer this pretty quickly. If I wanted to create a bubble, and I wanted to create a vehicle to fit inside that bubble, think of a diving mill, right, I want to be.

I want to be protected equally on all sides when I'm in this bubble. I want to have equal distance. I don't want to have any part of my vehicle or myself outside of the bubble when part of me is inside the bubble, because all sorts of bad things happen. We can get into that if you want.

But there's you don't want to do. There's there's instant disintegration along that terminus there, and bad things happen. So what is the only shape in geometry that will ensure I am protected three hundred and sixty degrees all around in every direction inside that bubble? Anybody, sphere?

You got it? A circle? Right? So here we go.

Here's our energy device. We have this object, we have a super energetic source in the middle of our bubble, and we've got this vehicle. We're going to build around three hundred and sixty degrees all around us. Now, what is a two dimensional representation of a sphere?

Disc? That's right? Circle turns out if I had had a sphere and I put on the ground, I'm gonna roll around. But if I have a disc, right, I'm still being protected three hundred and sixty degrees all around, But I do fit a disc inside there.

Now, the problem is that bubble is limited. I can only make that bubble so big with so much energy, forty three feet. But that's not very big, right, Think of a sports card to put three people in. It may be maybe like a corvette right right around town, but.

Really I'm limited in size. Now there is a there is a navy. Say how many nuclear reactors you put on the navy ship? And the entry is as few as possible because when something goes wrong, it goes really wrong.

Same holds true with this. Now Let's say my family's getting bigger, and now it's not just me and the kids going to soccer practice. You know, I've got my aunt and my uncle and my cousins. I need school bus.

How want I do it? Well, it turns out we need a bigger car. I can put two of these discs together and have interlocking bubbles, if you will. But what is that it's a cigar and it's a ride.

It turns out if I put two propulsion units on one of these rods. I can in effect do the same thing as I did with a disc, but I. Have now more room. But guess what families getting bigger.

I need something more. At this point, school bus isn't gonna do it. I need something even bigger. So again, for those of you in geometry, what is the only shaping geometry where I can minimize the number of propulsion units?

Right, don't want too many while maximizing memorial estate triangle? That's trying to turn it out. If I go out ninety degrees from the middle and I have three propulsion drives, that's your triangle. And now some people report a really really good triangle that's got a light in the middle.

Well, we've got that too. I even need something bigger than that. I can have four interlocking bubbles still maximize my space with a much much bigger triangle. Often reporters having three lights, one on each apex and one in the middle.

Now, after this we kind of lose the efficiency. There are no other shapes.