Hal Puthoff

Well, there are two aspects. One is, what is the material or mechanisms that generate the effects? Then the other is, are the effects being described reasonable descriptions of the kind of effects you think are associated with such craft? On the Element 115, as you know, in the general scientific community, we've seen Element 115, but it's very short-lived. So it's hard to evaluate that.

Well, there are two aspects. One is, what is the material or mechanisms that generate the effects? Then the other is, are the effects being described reasonable descriptions of the kind of effects you think are associated with such craft? On the Element 115, as you know, in the general scientific community, we've seen Element 115, but it's very short-lived. So it's hard to evaluate that.

And at this point, there's no evidence that that's it.

And at this point, there's no evidence that that's it.

And at this point, there's no evidence that that's it.

Right now, I think it was a particle collider in Soviet Union or in Russia.

Right now, I think it was a particle collider in Soviet Union or in Russia.

Right now, I think it was a particle collider in Soviet Union or in Russia.

That's what he says. So in general, it was known that – and predicted – that there was an island of stability, as we call it, on some of these higher elements in the periodic table that are beyond uranium and so on. But really no data predicted as to what their lifetimes would be. And so element 115 is in that bunch, and when he first discussed it, it hadn't been seen yet.

That's what he says. So in general, it was known that – and predicted – that there was an island of stability, as we call it, on some of these higher elements in the periodic table that are beyond uranium and so on. But really no data predicted as to what their lifetimes would be. And so element 115 is in that bunch, and when he first discussed it, it hadn't been seen yet.

That's what he says. So in general, it was known that – and predicted – that there was an island of stability, as we call it, on some of these higher elements in the periodic table that are beyond uranium and so on. But really no data predicted as to what their lifetimes would be. And so element 115 is in that bunch, and when he first discussed it, it hadn't been seen yet.

Way back, that's right. But eventually that element was detected, although the version of it that was detected had a very short lifetime. But, of course, there may be some other isotope of that element that could have a long lifetime. Who knows? So it's just hard to evaluate. So it sits in my gray box, as I say.

Way back, that's right. But eventually that element was detected, although the version of it that was detected had a very short lifetime. But, of course, there may be some other isotope of that element that could have a long lifetime. Who knows? So it's just hard to evaluate. So it sits in my gray box, as I say.

Way back, that's right. But eventually that element was detected, although the version of it that was detected had a very short lifetime. But, of course, there may be some other isotope of that element that could have a long lifetime. Who knows? So it's just hard to evaluate. So it sits in my gray box, as I say.

But his description of the anti-gravity effects and so on, that's an area that is well described as what you might expect. As it turns out, in that series of 38 papers, one of my own papers that I provided, was one called space-time metric engineering. And when the pilots came to me and said, you know, drops down, takes off, right angle turn at Mach 10, you know, this is way beyond our physics.

But his description of the anti-gravity effects and so on, that's an area that is well described as what you might expect. As it turns out, in that series of 38 papers, one of my own papers that I provided, was one called space-time metric engineering. And when the pilots came to me and said, you know, drops down, takes off, right angle turn at Mach 10, you know, this is way beyond our physics.

But his description of the anti-gravity effects and so on, that's an area that is well described as what you might expect. As it turns out, in that series of 38 papers, one of my own papers that I provided, was one called space-time metric engineering. And when the pilots came to me and said, you know, drops down, takes off, right angle turn at Mach 10, you know, this is way beyond our physics.

And I said earlier, no, I think it's not beyond our physics, beyond our engineering. But what I did on the physics level was... All of our electronics that we have here, for example, this microphone, the recording that you're making, and so on, that's all based on electromagnetic kinds of technologies, all of which come out of Maxwell's equations.

And I said earlier, no, I think it's not beyond our physics, beyond our engineering. But what I did on the physics level was... All of our electronics that we have here, for example, this microphone, the recording that you're making, and so on, that's all based on electromagnetic kinds of technologies, all of which come out of Maxwell's equations.

And I said earlier, no, I think it's not beyond our physics, beyond our engineering. But what I did on the physics level was... All of our electronics that we have here, for example, this microphone, the recording that you're making, and so on, that's all based on electromagnetic kinds of technologies, all of which come out of Maxwell's equations.