Steve Kwast

And then we can talk about why the AI conversation is also going back to the root of triangulating truth and how we as human beings keep our hand on the Bible of truth, and it's about human contact. And so we can survive this dangerous time where people believe AI and AI can take us off the cliff because it can be deceived and it can be nothing more than a perpetuation of our biases.

And it's the old saying, crap in, crap out.

And it's the old saying, crap in, crap out.

And it's the old saying, crap in, crap out.

Well, the Earth's rotation does play a part in how much time it takes, but think of it like a fish in the water. If you're a fish swimming in the ocean, you can go a certain velocity, and that's your life. That's all you know. But if you could elevate into the air and go, you would be like, this is impossible how quickly I can move. The air is also a medium like the water. It's just less dense.

Well, the Earth's rotation does play a part in how much time it takes, but think of it like a fish in the water. If you're a fish swimming in the ocean, you can go a certain velocity, and that's your life. That's all you know. But if you could elevate into the air and go, you would be like, this is impossible how quickly I can move. The air is also a medium like the water. It's just less dense.

Well, the Earth's rotation does play a part in how much time it takes, but think of it like a fish in the water. If you're a fish swimming in the ocean, you can go a certain velocity, and that's your life. That's all you know. But if you could elevate into the air and go, you would be like, this is impossible how quickly I can move. The air is also a medium like the water. It's just less dense.

But those air molecules are real. We just can't see them. And when you get up into the edge of space, the higher you go, the fewer molecules. So imagine the globe and imagine getting into a rocket ship and going up. You don't even have to go all the way to space.

But those air molecules are real. We just can't see them. And when you get up into the edge of space, the higher you go, the fewer molecules. So imagine the globe and imagine getting into a rocket ship and going up. You don't even have to go all the way to space.

But those air molecules are real. We just can't see them. And when you get up into the edge of space, the higher you go, the fewer molecules. So imagine the globe and imagine getting into a rocket ship and going up. You don't even have to go all the way to space.

You go up a certain altitude and there are so few molecules of air that now as you turn and start going around the earth, you can move at Mach 20. At speeds that you can't even fathom if you're a fish in the water. because there are no molecules of air to create the heat or slow you down, the friction that slows you down, because the water is friction, the air is friction.

You go up a certain altitude and there are so few molecules of air that now as you turn and start going around the earth, you can move at Mach 20. At speeds that you can't even fathom if you're a fish in the water. because there are no molecules of air to create the heat or slow you down, the friction that slows you down, because the water is friction, the air is friction.

You go up a certain altitude and there are so few molecules of air that now as you turn and start going around the earth, you can move at Mach 20. At speeds that you can't even fathom if you're a fish in the water. because there are no molecules of air to create the heat or slow you down, the friction that slows you down, because the water is friction, the air is friction.

We know that as reentry and the heat shields from a spacecraft coming back into the Earth's atmosphere. And so this has been demonstrated. We did this in the early 90s as President Reagan was developing Star Wars technology. We proved this out back then, and it's one of the foundations of why Elon Musk knew that reusability was actually something you could do, and he was going to commercialize it.

We know that as reentry and the heat shields from a spacecraft coming back into the Earth's atmosphere. And so this has been demonstrated. We did this in the early 90s as President Reagan was developing Star Wars technology. We proved this out back then, and it's one of the foundations of why Elon Musk knew that reusability was actually something you could do, and he was going to commercialize it.

We know that as reentry and the heat shields from a spacecraft coming back into the Earth's atmosphere. And so this has been demonstrated. We did this in the early 90s as President Reagan was developing Star Wars technology. We proved this out back then, and it's one of the foundations of why Elon Musk knew that reusability was actually something you could do, and he was going to commercialize it.

we demonstrated. And so what happens is, let's go from here, where we're at in Nashville, to Singapore. It only takes about six or seven minutes to get up to the place where there's almost no molecules of air. You turn, and at Mach 20, it only takes you 10, 15 minutes to get over Singapore. And then you decelerate and come back down in seven minutes, and you're there in less than an hour.

we demonstrated. And so what happens is, let's go from here, where we're at in Nashville, to Singapore. It only takes about six or seven minutes to get up to the place where there's almost no molecules of air. You turn, and at Mach 20, it only takes you 10, 15 minutes to get over Singapore. And then you decelerate and come back down in seven minutes, and you're there in less than an hour.

we demonstrated. And so what happens is, let's go from here, where we're at in Nashville, to Singapore. It only takes about six or seven minutes to get up to the place where there's almost no molecules of air. You turn, and at Mach 20, it only takes you 10, 15 minutes to get over Singapore. And then you decelerate and come back down in seven minutes, and you're there in less than an hour.

You can do it. And so it's nothing more than just physics and the reality that we have the technology to have reusable rockets that go up, go across, and come back down.