Luis Elizondo

And that's important because people don't – you hear the term thrown around a lot. But they don't realize that space and time are actually connected. They are one and the same. They're opposite sides, if you will, of the same coin. And so you can't have one without the other. And so you have this ability to create a bubble around you that insulates you from the warping of space time.

Let's say in this case, Earth's gravity or something like that. then the way you experience time inside that bubble is perhaps fundamentally different than the way you might experience space-time outside that bubble because you're not subject to the effects of gravity, which would explain potentially why things don't need wings and why they don't need propulsion systems like that, right?

Let's say in this case, Earth's gravity or something like that. then the way you experience time inside that bubble is perhaps fundamentally different than the way you might experience space-time outside that bubble because you're not subject to the effects of gravity, which would explain potentially why things don't need wings and why they don't need propulsion systems like that, right?

Let's say in this case, Earth's gravity or something like that. then the way you experience time inside that bubble is perhaps fundamentally different than the way you might experience space-time outside that bubble because you're not subject to the effects of gravity, which would explain potentially why things don't need wings and why they don't need propulsion systems like that, right?

So it's a completely different way of looking at how we understand physics and how we, as humans, move about. Everything we do is fundamentally force equals mass times acceleration. F equals MA, right? Mass times acceleration and you force. This may be something a little bit different. This is not using a set, again, conventional thrust or if I put, you know, Newtonian, right?

So it's a completely different way of looking at how we understand physics and how we, as humans, move about. Everything we do is fundamentally force equals mass times acceleration. F equals MA, right? Mass times acceleration and you force. This may be something a little bit different. This is not using a set, again, conventional thrust or if I put, you know, Newtonian, right?

So it's a completely different way of looking at how we understand physics and how we, as humans, move about. Everything we do is fundamentally force equals mass times acceleration. F equals MA, right? Mass times acceleration and you force. This may be something a little bit different. This is not using a set, again, conventional thrust or if I put, you know, Newtonian, right?

If I push this way, I have an equal and opposite reaction that way, right?

If I push this way, I have an equal and opposite reaction that way, right?

If I push this way, I have an equal and opposite reaction that way, right?

There is. Actually, Dr. Halpudoff about- Three years ago, gave a speech on this, a very interesting talk, lecture about this technology. And if you ever have the chance, you really should have him on because he's an incredible human being. He's also the one who helped start the government's remote viewing program and a bunch of other stuff for the government.

There is. Actually, Dr. Halpudoff about- Three years ago, gave a speech on this, a very interesting talk, lecture about this technology. And if you ever have the chance, you really should have him on because he's an incredible human being. He's also the one who helped start the government's remote viewing program and a bunch of other stuff for the government.

There is. Actually, Dr. Halpudoff about- Three years ago, gave a speech on this, a very interesting talk, lecture about this technology. And if you ever have the chance, you really should have him on because he's an incredible human being. He's also the one who helped start the government's remote viewing program and a bunch of other stuff for the government.

He's been involved in a lot of our nation's probably most classified efforts. But he was working with us on ATP as one of our scientists. And he gave a lecture about three years ago to some other scientists about the specifics on how this is possible. I am not a scientist, so I'm definitely not going to speak on behalf of Hal Pudov because I'm sure I will muck it up.

He's been involved in a lot of our nation's probably most classified efforts. But he was working with us on ATP as one of our scientists. And he gave a lecture about three years ago to some other scientists about the specifics on how this is possible. I am not a scientist, so I'm definitely not going to speak on behalf of Hal Pudov because I'm sure I will muck it up.

He's been involved in a lot of our nation's probably most classified efforts. But he was working with us on ATP as one of our scientists. And he gave a lecture about three years ago to some other scientists about the specifics on how this is possible. I am not a scientist, so I'm definitely not going to speak on behalf of Hal Pudov because I'm sure I will muck it up.

But I do recall a time when he came into our SCIF and gave us about a three-hour lecture on this unifying theory. And at that moment, it was very much for us the epiphany that a lot of us had been searching for. He's like, look, at the end of the day, this is how it's possible. And that was kind of this... Wow. So it's really not.

But I do recall a time when he came into our SCIF and gave us about a three-hour lecture on this unifying theory. And at that moment, it was very much for us the epiphany that a lot of us had been searching for. He's like, look, at the end of the day, this is how it's possible. And that was kind of this... Wow. So it's really not.

But I do recall a time when he came into our SCIF and gave us about a three-hour lecture on this unifying theory. And at that moment, it was very much for us the epiphany that a lot of us had been searching for. He's like, look, at the end of the day, this is how it's possible. And that was kind of this... Wow. So it's really not.

Yeah. Explain it to someone like me. Yeah. Well, I'm in that category, Joe. So we're speaking the same language. Yes, sir. Yeah. Single syllable grunts. Right. Yeah. So. You have an object like this cup on your table, and you want it to be insulated from the effects of Earth's gravity.