Viral-Genetic Safety Engineering of Apply bio-EMF Science

Jack Y. C. Kong^1, , Karl Nitsch¹ and Jenna Diana Bridgewater²

¹Industrial Nuclear Fire Safety, J K & Associates

²Health, Organization: J K & Associates

Cite this paper:
Jack Y. C. Kong, Karl Nitsch and Jenna Diana Bridgewater. Viral-Genetic Safety Engineering of Apply bio-EMF Science. American Journal of Medical Sciences and Medicine. 2022; 10(2):44-46. doi: 10.12691/ajmsm-10-2-2

Abstract

Since the Covid-19 pandemic, the spike protein, the gain of function, the gene editing and the mRNA technologies lost their public trust in developed and well educated countries is a clear sign of warning for the bio-genetic professionals and pharmaceutical industries. It’s time for bio-genetic professionals to update their professionalism, join with atomic physicists and mathematicians to scientifically apply the biomolecular Electron/Proton Magnetic Field (bio-EMF) of electrons sharing and atomic bonds theory with the help of supercomputers and associated technologies. They should abandon the current artist’s graphic heavily indoctrinated billion shapes & forms receptor phenomenon Puzzle Theory (1) to describe and understand the function of T-cells and receptors in the science of immunology. The current puzzle theory also raises a serious concern for the potential creation of new hidden genetic diseases and global pandemic disasters. Avoiding the application of the fundamental bio-EMF theory of forming biomolecules also affects the R&D of Quantum Biomechanics of the life science frontier. A new R&D approach with atomic physics to clarify the electronic super speed and the massive information processing mechanism between 20 trillion plus cells of a human body is badly needed, to replace the current bio-genetic industry’s billion puzzle theory.

Keywords:
bio-EMF Strugglation Biomolecular disintegration Viral infection atomic physics

This work is licensed under a Creative Commons Attribution 4.0 International License. To view a copy of this license, visit http://creativecommons.org/licenses/by/4.0/

References:

[1]	Arizona State University, Ask A Biologist, The key to finding infected cells. https://askabiologist.asu.edu/t-cell?fbclid=IwAR083YepZv43nYKop3M9YXBHUbC_1nNpOrncngf4ZFElIvYWhiWh271AYeo.