Hal Puthoff

Then it makes you think, okay, well, maybe there's some way of accessing vacuum fluctuations to control gravity. That's what we would like to think. One of the things we did in the program was just collect every bit of data that we could. So, for example, when I went through my analysis of, well, if we could engineer general relativity, what we'd expect to see, a number of things came out of it.

Then it makes you think, okay, well, maybe there's some way of accessing vacuum fluctuations to control gravity. That's what we would like to think. One of the things we did in the program was just collect every bit of data that we could. So, for example, when I went through my analysis of, well, if we could engineer general relativity, what we'd expect to see, a number of things came out of it.

Then it makes you think, okay, well, maybe there's some way of accessing vacuum fluctuations to control gravity. That's what we would like to think. One of the things we did in the program was just collect every bit of data that we could. So, for example, when I went through my analysis of, well, if we could engineer general relativity, what we'd expect to see, a number of things came out of it.

So, for example, in this room, most of the electromagnetic energy we don't see. It's in the form of heat. And we don't see heat. If you get an infrared detector, you can see it, but we don't see heat.

So, for example, in this room, most of the electromagnetic energy we don't see. It's in the form of heat. And we don't see heat. If you get an infrared detector, you can see it, but we don't see heat.

So, for example, in this room, most of the electromagnetic energy we don't see. It's in the form of heat. And we don't see heat. If you get an infrared detector, you can see it, but we don't see heat.

Well, it turns out that under the conditions in which you're controlling gravity the way these craft appear to be doing, one of the consequences and one of the attributes that goes along with it is that frequencies get raised. And so the heat of a craft that you ordinarily wouldn't see can get raised up into the visible spectrum. And so that's why they might look so bright.

Well, it turns out that under the conditions in which you're controlling gravity the way these craft appear to be doing, one of the consequences and one of the attributes that goes along with it is that frequencies get raised. And so the heat of a craft that you ordinarily wouldn't see can get raised up into the visible spectrum. And so that's why they might look so bright.

Well, it turns out that under the conditions in which you're controlling gravity the way these craft appear to be doing, one of the consequences and one of the attributes that goes along with it is that frequencies get raised. And so the heat of a craft that you ordinarily wouldn't see can get raised up into the visible spectrum. And so that's why they might look so bright.

That also has certain other additional consequences. That is, if it's powered up and it's sitting there on the ground... and you get too close, the ordinary heat spectrum, which isn't harmful, or the visible spectrum, which isn't harmful, can be shifted up frequency into the ultraviolet and soft x-ray.

That also has certain other additional consequences. That is, if it's powered up and it's sitting there on the ground... and you get too close, the ordinary heat spectrum, which isn't harmful, or the visible spectrum, which isn't harmful, can be shifted up frequency into the ultraviolet and soft x-ray.

That also has certain other additional consequences. That is, if it's powered up and it's sitting there on the ground... and you get too close, the ordinary heat spectrum, which isn't harmful, or the visible spectrum, which isn't harmful, can be shifted up frequency into the ultraviolet and soft x-ray.

So if you get too close to a landing craft that's powered up, you might get a sunburn, which is one of the things that has been reported. Or you might actually, in fact, get radiation poisoning from x-rays and so on. So those kinds of things seem to go hand in hand and give us some clues of where to look.

So if you get too close to a landing craft that's powered up, you might get a sunburn, which is one of the things that has been reported. Or you might actually, in fact, get radiation poisoning from x-rays and so on. So those kinds of things seem to go hand in hand and give us some clues of where to look.

So if you get too close to a landing craft that's powered up, you might get a sunburn, which is one of the things that has been reported. Or you might actually, in fact, get radiation poisoning from x-rays and so on. So those kinds of things seem to go hand in hand and give us some clues of where to look.

I think the Travis Walton story is right on. I think that's a solid story. I don't have any specific. I have a bobblehead.

I think the Travis Walton story is right on. I think that's a solid story. I don't have any specific. I have a bobblehead.

I think the Travis Walton story is right on. I think that's a solid story. I don't have any specific. I have a bobblehead.

I see. Okay. No, I think all aspects that I've seen of his story, I take that as solid.

I see. Okay. No, I think all aspects that I've seen of his story, I take that as solid.