What Destroys You on a Quantum Level?

Egon Cholakian explains how life in the human body is sustained by highly organized electrical processes, representing the true foundation of health and biological stability. In the video he outlines how nanoplastics enter the body unnoticed, bypass natural protective barriers, and accumulate within cells and the brain, with human biology having no evolutionary mechanisms for recognizing or neutralizing synthetic polymer particles.

The analysis then focuses on how nanoplastics disrupt bioelectric regulation at multiple levels. Dr. Cholakian explains how their electrostatic properties interfere with ion channels, distort electron transport within mitochondria, halt ATP energy production, and trigger oxidative stress that damages proteins, DNA, and cellular structures. He further shows how nanoplastics alter the physical geometry of proteins and DNA, forcing them into dysfunctional forms that undermine cellular coordination and contribute to neurodegenerative processes.

In the final part of the video, Dr. Cholakian explores the quantum dimension of biological electricity, with particular attention to spin-dependent electron transport and the Chirality-Induced Spin Selectivity (CISS) effect. He explains why these quantum mechanisms are essential for maintaining order, precision, and stability in living systems, and how nanoplastics disrupt them by deforming chiral molecular structures. Dr. Cholakian emphasizes that nanoplastics represent not a localized toxic exposure, but a systemic interference with the electrical and quantum foundations of life, requiring fundamentally new, physics-based approaches to address their impact.