Harold 'Sonny' White

So it's a protected lagoon. and nice environment. So imagine, Joe, you're sipping, you know, some nice water and having a nice paddleboard day, quiescent, enjoying yourself. And, you know, Jamie, he took the other package and he went deep sea fishing out on the Pacific Ocean. And so he's really bobbling back and forth and it's much more uncomfortable for him.

Maybe he's getting sick and feeding the fish. Right. So now with that metaphor in mind, let's come back to the structure. So this structure, the walls on the outside are like the Pacific Atoll Island inside the quantum field, which is like the Pacific Ocean. So it's assaulting that structure on all sides. The pillars are like you on your paddleboard in the lagoon. It's a protected environment.

Maybe he's getting sick and feeding the fish. Right. So now with that metaphor in mind, let's come back to the structure. So this structure, the walls on the outside are like the Pacific Atoll Island inside the quantum field, which is like the Pacific Ocean. So it's assaulting that structure on all sides. The pillars are like you on your paddleboard in the lagoon. It's a protected environment.

Maybe he's getting sick and feeding the fish. Right. So now with that metaphor in mind, let's come back to the structure. So this structure, the walls on the outside are like the Pacific Atoll Island inside the quantum field, which is like the Pacific Ocean. So it's assaulting that structure on all sides. The pillars are like you on your paddleboard in the lagoon. It's a protected environment.

And so the way the quantum field interacts with this structure is it will occasionally cause a real electron inside the walls to quantum tunnel to the pillars. And so the pillars are like you on your paddleboard. It's a very quiescent environment. And so the electron shows up through this quantum tunneling process. But there's no wave energy on the lagoon to mirror that current back to the walls.

And so the way the quantum field interacts with this structure is it will occasionally cause a real electron inside the walls to quantum tunnel to the pillars. And so the pillars are like you on your paddleboard. It's a very quiescent environment. And so the electron shows up through this quantum tunneling process. But there's no wave energy on the lagoon to mirror that current back to the walls.

And so the way the quantum field interacts with this structure is it will occasionally cause a real electron inside the walls to quantum tunnel to the pillars. And so the pillars are like you on your paddleboard. It's a very quiescent environment. And so the electron shows up through this quantum tunneling process. But there's no wave energy on the lagoon to mirror that current back to the walls.

So in that way, this structure will interact with the quantum field and generate a voltage potential. So we can measure a negative voltage on the pillars relative to the wall.

So in that way, this structure will interact with the quantum field and generate a voltage potential. So we can measure a negative voltage on the pillars relative to the wall.

So in that way, this structure will interact with the quantum field and generate a voltage potential. So we can measure a negative voltage on the pillars relative to the wall.

although this is a very tiny little cavity and we can measure the voltage directly using atomic force microscopes if we put these guys together by the tens of thousands or hundreds of thousands then we can get to voltage and current levels that map to things that we care about in application like

although this is a very tiny little cavity and we can measure the voltage directly using atomic force microscopes if we put these guys together by the tens of thousands or hundreds of thousands then we can get to voltage and current levels that map to things that we care about in application like

although this is a very tiny little cavity and we can measure the voltage directly using atomic force microscopes if we put these guys together by the tens of thousands or hundreds of thousands then we can get to voltage and current levels that map to things that we care about in application like

tire pressure monitor system, something that uses, you know, microwatts worth of power or a Fitbit or, you know, you've got the ring there, I think that's an electronic ring or something like that.

tire pressure monitor system, something that uses, you know, microwatts worth of power or a Fitbit or, you know, you've got the ring there, I think that's an electronic ring or something like that.

tire pressure monitor system, something that uses, you know, microwatts worth of power or a Fitbit or, you know, you've got the ring there, I think that's an electronic ring or something like that.

Yeah, some low-power applications. And so using this, you know, this approach, we're trying to generate – we're trying to create – chips that are about the size of your pinky nail that generate one and a half volts and 25 microamps. And so that maps to a number of chips that are on the market today that operate at that power level, but they have to be recharged. We don't have to be recharged.

Yeah, some low-power applications. And so using this, you know, this approach, we're trying to generate – we're trying to create – chips that are about the size of your pinky nail that generate one and a half volts and 25 microamps. And so that maps to a number of chips that are on the market today that operate at that power level, but they have to be recharged. We don't have to be recharged.

Yeah, some low-power applications. And so using this, you know, this approach, we're trying to generate – we're trying to create – chips that are about the size of your pinky nail that generate one and a half volts and 25 microamps. And so that maps to a number of chips that are on the market today that operate at that power level, but they have to be recharged. We don't have to be recharged.

So we're like a solar panel that works in the dark. So you can put us in your device and then it can go down to the bottom of the ocean and it will continue to work. Or we can give it to our buddies at Intuitive Machines, and they can carry it to the surface of the moon, and maybe they want to throw a sensor off to go measure something, and it'll collect data, even though the sun stops shining.