Steve Kwast

Solar power from space is going to require building in space larger structures that can fit into the small tip of a rocket and assembling it in space. So this is why our company is so promising, is that when we can build large structures in space, then solar power becomes a business case that can close. But nuclear may be there first. Helium-3 might be there first, okay?

But we need all of these pathways to be followed. All of these ideas that I've just described are, are just a handful of what will be part of the tapestry of energy in the future. And there will be others as well that you hear talked about, but have not yet come to operational capability. For example, there are some energy ideas that show promise, but it's for very low intensity energy.

But we need all of these pathways to be followed. All of these ideas that I've just described are, are just a handful of what will be part of the tapestry of energy in the future. And there will be others as well that you hear talked about, but have not yet come to operational capability. For example, there are some energy ideas that show promise, but it's for very low intensity energy.

But we need all of these pathways to be followed. All of these ideas that I've just described are, are just a handful of what will be part of the tapestry of energy in the future. And there will be others as well that you hear talked about, but have not yet come to operational capability. For example, there are some energy ideas that show promise, but it's for very low intensity energy.

And we kind of use it already for like some of these Voyagers that go out to Jupiter and beyond. You wonder how they've been powered for 50, 60 years. And it's because it's a form of power that is very promising, but it's just a trickle of power. But that's how you could be powering devices like our cell phones.

And we kind of use it already for like some of these Voyagers that go out to Jupiter and beyond. You wonder how they've been powered for 50, 60 years. And it's because it's a form of power that is very promising, but it's just a trickle of power. But that's how you could be powering devices like our cell phones.

And we kind of use it already for like some of these Voyagers that go out to Jupiter and beyond. You wonder how they've been powered for 50, 60 years. And it's because it's a form of power that is very promising, but it's just a trickle of power. But that's how you could be powering devices like our cell phones.

Our cell phones are specifically designed for high-intensity power, where you've got to plug it into the wall, or when you go to the airport, you see everybody running for the power outlet because their phones are out of juice. It's hilarious. But they only require that because they're built to require that.

Our cell phones are specifically designed for high-intensity power, where you've got to plug it into the wall, or when you go to the airport, you see everybody running for the power outlet because their phones are out of juice. It's hilarious. But they only require that because they're built to require that.

Our cell phones are specifically designed for high-intensity power, where you've got to plug it into the wall, or when you go to the airport, you see everybody running for the power outlet because their phones are out of juice. It's hilarious. But they only require that because they're built to require that.

There are ways of building a piece of technology that requires such low energy to still give you the information you need without having to be a slave to an outlet. Man. But that takes time because the investment in all of this technology that is in the pocket of every person takes time to evolve and then move into a marketplace that's new. Because you first need that new source of energy,

There are ways of building a piece of technology that requires such low energy to still give you the information you need without having to be a slave to an outlet. Man. But that takes time because the investment in all of this technology that is in the pocket of every person takes time to evolve and then move into a marketplace that's new. Because you first need that new source of energy,

There are ways of building a piece of technology that requires such low energy to still give you the information you need without having to be a slave to an outlet. Man. But that takes time because the investment in all of this technology that is in the pocket of every person takes time to evolve and then move into a marketplace that's new. Because you first need that new source of energy,

And then people start buying different devices.

And then people start buying different devices.

And then people start buying different devices.

And that's dangerous.

And that's dangerous.

And that's dangerous.

Yeah. So that's why, you know, for both of these companies, Genesis Systems and Spacebuilt, we've been in stealth mode until we felt like we were strong enough to come out because the attacks. And the biggest risk is our government.