Dr. Eric Haseltine

It was a laser.

It could be a terahertz laser.

It could be near ultraviolet.

It could be all kinds of different kinds of directed energy.

It could be millimeter wave.

It could be terahertz.

That I'm less interested in because, you know, F equals H nu, which is to say that the lower the frequency, the less energy it carries.

Right.

And also ultrasound, the wavelength is so large, it's like many miles long.

So what that means is the gradient of energy from here to here

across something like your head is extremely, it's basically flat.

Now you have resonance in your body.

Your body is a cavity resonator.

And if you hit it with something like six to 12 Hertz, you can maybe cause yourself to have to go to the bathroom, but it wouldn't create these kinds of effects.

It's probably something way higher.

I wouldn't rule out

acoustic, but that doesn't mean it's an acoustic source.

It could mean it's a directed energy source that creates an acoustic effect.

I don't think that's what's happening.

I think it's straight up RF.