Dr. Glen Jeffery

Yeah, I think I would say it's improving the function and it's influencing the more mitochondrial proteins to be synthesized.

So we've got an immediate effect and we've got a longer term effect as well.

It makes sense once you hear it.

And why the hell did we not think about that five years ago?

Scientists make really big mistakes in the pathways that they follow.

And they don't talk about their mistakes, but their mistakes are every bit as important as their great results.

Why didn't we think about water?

Because our minds were trapped in a certain pathway going down a certain alleyway.

And so whatever you think about the water hypothesis, the key point is that improvements in function as a consequence of exposure to longer wavelengths like correlate tightly with what water absorbs.

So, okay, that's a big one.

That's a big one.

That is there.

We know that's true.

You can pull it apart and find the things called water holes, where there are places where water absorbs a bit more than it does in other places.

But fundamentally, the absorption of long wavelength light fits water.

Okay, so let's stand you out.

Let's strip you off and stand you out in sunlight, you know, 12 o'clock in July.

The vast majority of long wavelength light is being absorbed in the body.

So what we assume is that it has a very, very high scattering ratio.

So the vast majority of that long wavelength light is going to get through into your body and it's going to bounce around.