| SESSION: MathematicsThuPM3-R3 |
Kauffman International Symposium (8th Intl. Symp. on Sustainable Mathematics Applications) |
| Thu. 20 Nov. 2025 / Room: Dusit 3 | |
| Session Chairs: Francis V Fernandes; Student Monitors: TBA | |
This paper introduces a new theoretical and empirical framework that precisely defines fundamental physical quantities such as mass, length, frequency as quantum intervals. Secondary units of electric current, voltage, resistance, charge squared, and magnetic flux are herein redefined. The reason for the fine-structure constant (α), Newton's Gravitational Constant (G), are defined by equations describing wave-particle duality, field and flux. The core of this work utilizes a series of algebraic equations to elucidate the true underlying physical significance of these terms. Empirical equations depict the reason for electromagnetism measured as amperes of electric current flowing through a copper wire. The analysis describes Newton's Gravitational Constant (G) as intrinsic to the metrology of electromagnetism within the copper conductor. It is demonstrated that G plays a critical, unifying role in the subatomic dynamics governing electric current flow, suggesting a fundamental link between gravity and electromagnetism that extends from the subatomic realm to galactic scales.
Exposure to mutant and neglected disease resistant pathogen strains is high and presents a significant threat to public health, peace and economic mobility. The microbe outruns the R&D time-line for a new generation of drug. The microbe has changed its genome to outwit the therapy. Biological warfare poses a significant threat to a human population, operations of security personnel and emergency response specialists. Antibiotics and vaccine resistance renders the efficacy and potency of the current crop of antibiotics and treatments useless and expensive.
Such challenges need to be significantly remedied with new solutions. A moving target pathogen can be eliminated via electrodynamic treatment of an infection in a human being. A move to do away with antibiotics is in sight. Electrodynamics can eliminate the microbe independent of its mutant strategies. The electrodynamic option for fast remedy is based on deeper insights on the definitions of terms thought of as understood in Physics. This paper will define the paradigm shift in understanding of everyday terms such as temperature, Ohm’s Law, electric charge, mass, frequency and wavelength.
The electrodynamic therapy to rid pathogens is a direct result of interdisciplinary research work in physics, chemistry, pharmacy and medicine. The rationale of this original research is in the realm of empirical biophysics.
The goals are specific, and the foundation work has been completed.
The results of this work will have worldwide impact since the diseases treated by this new regimen will help millions by destroying pathogens often identified only at autopsy.