Dihydrogen

Yes.

This is known chemically as H2 two hydrogen atoms bound together.

But wait, earlier we said the universe was mostly individual hydrogen and helium atoms.

Right.

But in the early universe.

In the early universe, there is no dust.

The atoms just have to bump into each other in the void under the exact right conditions to form H2.

That sounds incredibly rare.

Welcome back to the PMF podcast.

Today we're joined by Tyler LeBaron, founder and executive director of the Molecular Hydrogen Institute and one of the leading voices in the world of molecular hydrogen research and education.

Tyler, welcome to the podcast.

My pleasure.

Thank you.

So today we're going to look at the science, some of the myths and clear up some of the common misunderstandings around molecular hydrogen and much more.

But before we start that, we normally do a quick fire questions.

So I'll ask you some questions, just quite a short, sharp answer.

So first I started cleaning the water.

Then I stumbled upon some research, some of the very first research ever done on molecular hydrogen.

Hence the reason they call me the hydrogen man.

Because hydrogen is, in my opinion, something so absolutely special.

And there's so much research about it.

We're not talking about 10 studies, 20 studies, 100 studies.

There's over 2,000 studies to date on the type of impact that molecular hydrogen appears to have on human health and the human body.

And it is used medically in, I believe, almost roughly 30 university hospitals in Japan.

You can super hydrogenate water.

So you could take H2, which is two parts hydrogen, one part oxygen, which is water, and super hydrogenate it.

And somehow that's going to make it past your stomach.

and somehow enter your bloodstream, and you're going to be super hydrogenated.

Andrew is an advanced body work practitioner, integrated awareness educator and holistic health consultant with decades of hands-on experience working with the human body.

His work brings together body work, nervous system regulation, movement, nutrition and and emerging wetness technologies such as high-gase PMEF and molecular hydrogen.

What makes Andrew's approach particularly interesting is that it doesn't begin with technology and tries to fit it to the body.

It begins with the body and asks where different tools may actually fit in into a broader wetness strategy.

Today, we will explore what the PEMF and the molecular hydrogen are and what they may be able to contribute to wellness and recovery, why those and application matters, and why Andrew believes that it's really a single magic bullet when it comes to complete health challenges.

Hello, Andrew, and welcome to the show.

Thanks for being here today.

All right.

Now, it has six different constituents.

You've got your H2, which is your molecular hydrogen, which is, there's a fad out there for hydrogen for health now.

You'll be able to see it everywhere.

You've got your O2 and you've got H and O. There's a little bit of monatomic hydrogen and oxygen in the mix.

And then the next largest ingredient is after H and O, H2 and O2 is electrically expanded water, which is water, still water.

It hasn't been split.

The water that is soaked up electrons like a sponge soaks up water.

So then it becomes a gaseous...