Jesse Michels

You're aware.

So if you think of the body as you can turn molecular mass into frequency and every organ or every part of the body should be operating at some optimum frequency.

Right.

Again, not quacky to say there's a field called cymatics.

We know it's game over.

And there's a field called cymatics where you can put sand on a vibrational plate and create structures deliberately with frequency and acoustics.

And so we know that this is not pseudoscience.

Right, right.

So what if you created some sort of, just like we, you know, you can bank stem cells or blood cord as if you're, you know, baby or whatever, and then you do an autologous stem cell transfer later in life if you have some sort of malady and it can really help you.

What?

I know.

Sorry for using the word autologous.

It's just your own stem cells is what I'm saying, where you don't have an immune reaction due to transferring it.

My point is, what if you could figure out

there was like an optimum frequency at which your organs or body could operate at.

You could then create sort of a bank electromagnetically of, you know, what is optimum health for your organs.

You could also do that across a large cohort.

And then you could create essentially a tuning fork for the human body.

And if you think about acoustics and physics and electromagnetics, they exist upstream of biochemistry.

Biochemistry is