The Fractal Brain: How Microtubule Oscillations Sync Cognition and Warn of Wireless Interference

This research report explores a groundbreaking perspective on biology, proposing that living systems rely on electromagnetic communication and physical energy exchange alongside traditional chemical reactions. The investigators focus on microtubules, hollow protein structures within cells that function as biological antennas capable of sensing and radiating specific frequency bands. By studying these structures, the authors discovered a "frequency fractal" pattern, which suggests that biological information is processed through a self-similar hierarchy of vibrations spanning from the atomic to the organ level. This physical model challenges conventional neuroscience by providing evidence that wireless resonance and electrical oscillations drive brain synchrony and cognitive functions. Furthermore, the findings indicate that global mobile communications may interfere with these natural biological frequencies, potentially posing unidentified health risks.
Ultimately, the project seeks to develop a new biology and advanced computing hardware modeled after the sophisticated, vibration-based logic of the human brain.

Sources are from a 2014 report by Bandyopadhyay et. al during initial discoveries of microtubule frequency bands.