Howard Lutnick

You don't see a planet jump into another orbit. Out of nowhere, the planets don't just, Mercury doesn't jump into Venus's orbit. That's what he's talking about. None of these stuff, there was none of these huge jumps that they were predicting with the electron model.

Yeah, look up the electron orbit.

Yeah, look up the electron orbit.

And they believe that electrons spontaneously jump into higher orbits. That's a good one.

And they believe that electrons spontaneously jump into higher orbits. That's a good one.

Yeah. S1, S2, S3.

Yeah. S1, S2, S3.

Who's they? Eric Weinstein, the standard model, their whole thing. Standard model of particle physics. It's all based on the quantum... But you have to match it. You're supposed to match it to natural phenomena. Can you imagine if the Earth out of nowhere just jumped into Mars' orbit, what that would do to the solar system?

Who's they? Eric Weinstein, the standard model, their whole thing. Standard model of particle physics. It's all based on the quantum... But you have to match it. You're supposed to match it to natural phenomena. Can you imagine if the Earth out of nowhere just jumped into Mars' orbit, what that would do to the solar system?

And have you ever experienced that in observing any of the other solar systems? Because what's large happens on the small, and what happens on the small happens on the large because it all has to fit together. You can't have imaginary stories of, okay, this happens in... the quantum space, but it's prevented from happening in the macro space.

And have you ever experienced that in observing any of the other solar systems? Because what's large happens on the small, and what happens on the small happens on the large because it all has to fit together. You can't have imaginary stories of, okay, this happens in... the quantum space, but it's prevented from happening in the macro space.

It has to vaporize and become a different pressure condition so that it can now fit into the next pressure condition. Solid things fit in solid spaces and tight high pressure system. Vacuous things fit in low pressure conditions. And in order for the Earth or for anything, an electron, it has to change its condition. And that happens. It's called condensation.

It has to vaporize and become a different pressure condition so that it can now fit into the next pressure condition. Solid things fit in solid spaces and tight high pressure system. Vacuous things fit in low pressure conditions. And in order for the Earth or for anything, an electron, it has to change its condition. And that happens. It's called condensation.

Everything happens in the condensation of one pressure condition compared to the next pressure condition. And that condensation... flips to the next space, it remains consistent. That's the crystallization, and that's what they've been lacking, having the platonic solids, utilizing them as a base, this Cartesian space that doesn't fit the universe, how it behaves.

Everything happens in the condensation of one pressure condition compared to the next pressure condition. And that condensation... flips to the next space, it remains consistent. That's the crystallization, and that's what they've been lacking, having the platonic solids, utilizing them as a base, this Cartesian space that doesn't fit the universe, how it behaves.

They're now getting blocks to where they can fit...

They're now getting blocks to where they can fit...

make something fit linearly but by the time but when we're talking about space and space is curvature you can't do a straight line out here because everything is going to orbit this way the reason the three body problem was a big problem because they could never dictate how the orbits were going to behave they could do it with two bodies but anytime you added a third body it went into chaos well us being able to solve the three body problem

make something fit linearly but by the time but when we're talking about space and space is curvature you can't do a straight line out here because everything is going to orbit this way the reason the three body problem was a big problem because they could never dictate how the orbits were going to behave they could do it with two bodies but anytime you added a third body it went into chaos well us being able to solve the three body problem

which I can't wait till you get a chance to look at and go through. But that's why I was asking you guys, please put it into your AI and see what the AI says, because the AI says, all of the AI says, all it's lacking now is being verified, that we've actually solved the problem.