Ryan Graves

It's just like a jet, right? I mean, fighter jets, they used to... barrel around out there looking for objects, looking for targets, but we're able to integrate and update all the technology that allows us to interact with the world. It's not put right into our brain yet, although they are working on that.

It's just like a jet, right? I mean, fighter jets, they used to... barrel around out there looking for objects, looking for targets, but we're able to integrate and update all the technology that allows us to interact with the world. It's not put right into our brain yet, although they are working on that.

Might as well be your body at that point.

Might as well be your body at that point.

Might as well be your body at that point.

We talked about China a little bit and some theoretical ways they might be investing in these deeper technologies. But I've spoken with people that are intimately involved in deep technology at the National Science Foundations and others. And what brought them into this conversation and realized that we were falling behind on these capabilities because they attended an international consortium.

We talked about China a little bit and some theoretical ways they might be investing in these deeper technologies. But I've spoken with people that are intimately involved in deep technology at the National Science Foundations and others. And what brought them into this conversation and realized that we were falling behind on these capabilities because they attended an international consortium.

We talked about China a little bit and some theoretical ways they might be investing in these deeper technologies. But I've spoken with people that are intimately involved in deep technology at the National Science Foundations and others. And what brought them into this conversation and realized that we were falling behind on these capabilities because they attended an international consortium.

with, believe it or not, there were several members from China there, and they very specifically were asking for collaboration in some of these very deep technologies. So, you know, we talked about how, you know, gravity manipulation, right, kind of went dark for a while. Well, they call it something slightly different now, and it's something that China and others are actively researching.

with, believe it or not, there were several members from China there, and they very specifically were asking for collaboration in some of these very deep technologies. So, you know, we talked about how, you know, gravity manipulation, right, kind of went dark for a while. Well, they call it something slightly different now, and it's something that China and others are actively researching.

with, believe it or not, there were several members from China there, and they very specifically were asking for collaboration in some of these very deep technologies. So, you know, we talked about how, you know, gravity manipulation, right, kind of went dark for a while. Well, they call it something slightly different now, and it's something that China and others are actively researching.

They call it extended electrodynamics. Same thing with

They call it extended electrodynamics. Same thing with

They call it extended electrodynamics. Same thing with

Yeah, so extended electrodynamics, electrodynamics essentially is a series of equations that we utilize to understand the electromagnetic spectrum. But there's like a large portion of those equations that we kind of just throw out because we don't utilize them in our normal engineering and scientific work. So they're there, they're part of the equation, but we really don't know how to use them yet.

Yeah, so extended electrodynamics, electrodynamics essentially is a series of equations that we utilize to understand the electromagnetic spectrum. But there's like a large portion of those equations that we kind of just throw out because we don't utilize them in our normal engineering and scientific work. So they're there, they're part of the equation, but we really don't know how to use them yet.

Yeah, so extended electrodynamics, electrodynamics essentially is a series of equations that we utilize to understand the electromagnetic spectrum. But there's like a large portion of those equations that we kind of just throw out because we don't utilize them in our normal engineering and scientific work. So they're there, they're part of the equation, but we really don't know how to use them yet.

And people are starting to think that by integrating the full understanding of electrodynamics to extended electrodynamics that there are gravitational effects that pop out that we can utilize for technology.

And people are starting to think that by integrating the full understanding of electrodynamics to extended electrodynamics that there are gravitational effects that pop out that we can utilize for technology.

And people are starting to think that by integrating the full understanding of electrodynamics to extended electrodynamics that there are gravitational effects that pop out that we can utilize for technology.