Dr. Glen Jeffery

was to take a whole load of mitochondria, put them in a test tube, put a spectrometer on them and a light and say, what are these guys absorbing?

Well, I found the point where they were absorbing the damaging blue light, but I could not find the red.

I could not find it.

There was a lot of stomping around in the lab.

You know, who's made a mistake?

You know, everyone parceling the blame on.

But it changed.

It changed because...

What absorbs long wavelength line?

Well, the most obvious one is water.

The sea is blue because the long wavelengths are absorbed.

So...

someone came along and said, is it about water?

Is it about water in mitochondria that's doing this?

Now, when we make mitochondria make energy, they make energy called ATP, and you make your body weight in that every day.

It's a vast process.

And you make it as a wheel turns around.

Mitochondria have these little wheels, these pumps that spin around, but they spin around in water, nanowater.

And apparently, I'm not a physicist, nanowater is viscous.

So one idea I think which we have to take quite seriously is that the viscosity of water is changing as a consequence of long wavelength light that penetrates deeply in the body.