The Body Isn't Biochemical: A Bouncy Ball Analogy

Imagine you're trying to send an important message to everyone on your street. The stability and safety of your neighborhood relies on the efficacy and clarity of this message. You have two options to communicate this message, one is physical and one is invisible.

Bouncy Balls

You could write your message on thousands of little bouncy balls. Then you bounce them down the street, hoping each neighbor finds one.

But the balls bounce around randomly. Some get stuck in drains. Some messages get smudged. Some land in the wrong yard. One might be picked up by a neighbor who reads it and misunderstands it completely, and others might be picked up by strangers who were never meant to receive the message in the first place.

The communication is chaotic, inconsistent and unpredictable. Once you deploy the bouncy balls, you have no control over who gets the message and who doesn't.

This is how science tells us cells communicate, through chemicals drifting around, hoping to bump into the right receptor by chance.

Walkie Talkies

But you and all your neighbors also have walkie-talkies, all tuned to the same channel. You can press a button, speak once, and everyone hears you instantly, clearly, and at the exact same moment.

No one else hears it unless they're tuned to your frequency. There's no guessing, no delay, no interference. So you can communicate the message instantaneously

This is how your body actually works, cells and organs communicating through frequency, vibration, resonance, and light. It's wireless and conversational - it's not a static signal that can't adjust to other messages.

Even though it is invisible, it is far more precise and efficient than chemical signaling could ever be.

Here’s the truth: we didn’t invent wireless communication, we just copied it. Walkie-talkies, Wi-Fi, radio, they’re not “man-made” in the true sense.

We learned how to harness natural laws, frequencies and fields that were already in use by the body, by the Earth, by life itself.