Sound Frequency

Our DNA is made up of what, five elements, right? Hydrogen, carbon, nitrogen, phosphorus, and oxygen. Do you know how they're arranged? The phosphorus sits right here in the middle, and you've got four oxygen atoms surrounding it. And there's another phosphorus, two more oxygen atoms.

Now, these are the legs of that double helix. The ladder steps on it. They become the adenine, the guanine, the cytosine, and thymine, the ATCGs.

It turns out, they used to think that the body transferred or understood the energy information through electricity. They're finding out it's through frequency. Well, guess what hydrogen sounds like? It's the key of E, and it's the color yellow. Oxygen is a chartreuse, and it's the key of F over F sharp. The carbon is also the key of E and yellow. Nitrogen is G. That's what proper physics gets you to.

Information used to be thought about as just electrical information passing on. But I've got a question for you. Have you ever been at a party with some of your friends? You hung out and there's a song that came on, and everybody got up and was live at that moment. So when that song comes on, our DNA tightens. There's a particular song, a scale in the genome for each and every one of us. Now, when that song is played, when your particular prime resonant frequency is played, guess what happens? Your DNA celebrates and tightens. Everything else gets pushed out. Harmonic wave resequencing.