The Symphony of Evolution: How Our Nervous System Dances to Environmental Frequencies

Published on February 23, 2023

Imagine our nervous system as a graceful dancer, moving in perfect rhythm with the environment’s electromagnetic frequencies. This groundbreaking research combines the art of electrical engineering with the science of cellular evolution to shed light on the intricate dance between cells and their surroundings. By exploring the fascinating concept of resonant energy transfer, scientists aim to show that our cells evolve to harmonize with the environment, increasing their ability to absorb electromagnetic radiation. This process optimizes cellular reproduction and ensures the organism’s fitness. To measure this dance of life, volt-ampere or calories/second become our scientific notes. The results of this study will help us better understand how humans are intricately connected to their environment and how this connection shapes our evolution.

The aim of this research is to help inspect the motion of cell life by applying electrical engineering scientific techniques to the cellular evolution of human neural networks. Using a mathematically rigorous theory of cellular biological progression, the hypothesis will demonstrate that cell life evolves toward increasing the organism’s resonant energy transfer or “exposing points” with its natural environment. This increases the sampling points of electromagnetic radiation frequencies available for transferal into its biological system to stabilize its cellular reproduction cycle as a function of physical motion measurable in volt-ampere or calories/second as an experimental measure of fitness.

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