Title: Electromagnetic Resonance of Biomaterials and Samkhya: A Study of Prime Symmetry and Resonance Frequencies
Date: 21 September 2024, Time: 6 pm IST

Abstract: The study of electromagnetic resonance in biomaterials has revealed fascinating patterns that resonate with ancient philosophical frameworks. Specifically, the symmetry observed in the resonance frequencies of biomolecules—correlating with prime number distributions—provides a novel intersection between modern science and classical Indian philosophy, particularly the Samkhya system. Samkhya, which posits that the universe arises from the interplay of Purusha (consciousness) and Prakriti (matter), offers a conceptual framework that can be applied to understand the underlying principles governing these resonance patterns.

This lecture explores how the symmetrical properties of prime numbers, as reflected in the resonance frequencies of biomolecules, can be interpreted through the lens of Samkhya philosophy. It hypothesizes that the fundamental vibrations in biomaterials correspond to the dynamic interactions of the three gunas (Satva, Rajas, Tamas) in Prakriti, as described in Samkhya. By examining these resonance patterns, we aim to bridge the gap between ancient metaphysical insights and contemporary biophysical phenomena, suggesting that the inherent order in biological systems might be rooted in principles that transcend purely material explanations.

Bio: Anirban Bandyopadhyay is a Senior Scientist in the National Institute for Materials Science (NIMS), Tsukuba, Japan. He possesses a Masters of Science in Condensed Matter Physics, Computer, Numerical Analysis, and Astrophysics from North Bengal University and a Doctor of Philosophy in Physics from Jadavpur University.

He received his PhD from the Indian Association for the Cultivation of Science (IACS), Kolkata 2004-2005, where he worked on supramolecular electronics and multi-level switching. Bandyopadhyay has developed a resonance chain based complete human brain model that is fundamentally different than Turing tape essentially developing an alternate human brain map where filling gaps in the resonance chain is the key. He has developed unique a quantum music measurement machine and experiments on DNA proteins, microtubules, neurons, molecular machines, cancer. Bandyopadhyay has also developed a new frequency fractal model. His group has designed and synthesized several forms of organic brain jelly that learns, programs and solves problems by itself for futuristic robots during as well as several software simulators that write complex codes by themselves.