Tony Flemingbiophotonics research institute
Tony Fleming
Ph.D. Bioelectromagnetic Computations
About
18
Publications
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33
Citations
Introduction
My research involves how photons and phonons (both physical and biological) are involved in various areas including:
•Evolution
•Cell Cycle
•Shroud of Turin
• Mathematics and Binding Energy of the Atom
• Mathematics and Motion of Galaxies
• Mathematics and Physics of the Strong Nuclear Forces
I've got a website at www.unifiedphysics.com and another at
flemingtony.academia.edu ( a work in progress)
Publications
Publications (18)
SFT is a new description of electromagnetic interactions applying across physics. At its heart are bispinorial motions for both the electromagnetic fields and the interacting particles. SFT is intimately related to quantum theory; instead of the single inequality uncertainty relationship, there are two exact equations one applying to electric curre...
This study supports the experimental finding in 2012 that VUV radiation was used to colorize Shroud-like linen using an ArF laser operating at 193 nm. In this present study the radiation is assumed to be coming from Christ's body, a biological image forming mechanism for the Shroud of Turin. The resonant wavelength 188 nm of a human chromosome, or...
A range of EM and vibrational fields across the spectrum initiated by the dielectric response of biological tissues in a colony of cells may control the timing of its cell cycle. The basis of these fields in biological tissues is the energy slide across the spectrum of their permittivity. The main features of the various field mechanisms within the...
Over the past decade, biophotonics has appeared as a new department within academic circles across the globe. With experimental work going on for more than a century, application of scientific methods has shown the importance of biophotonics in biological and medical practice. At the same time, a new mathematical description of physics and biophysi...
SFT is a new description of electromagnetic interactions applying across physics. At its heart are bispinorial motions for both the electromagnetic fields and the interacting particles. SFT is intimately related to quantum theory; instead of the single inequality uncertainty relationship, there are two exact equations one applying to electric curre...
The equations of Self-Field Theory (SFT) applying to the hydrogen atom are almost identical to the inequality relationship known as Heisenberg's Uncertainty Principle (HUP), the only differences being that the inequality sign of HUP is replaced by an equality relationship and there being two such equations in SFT. This duality is due to the bispino...
Recently Self-Field Theory (SFT) was used to propose a link between cycles of biodiversity and galactic gravitational structure. This hypothesis provides a new form of gravitation applicable to galaxies different to solar systems that includes both photons and phonons. According to SFT photons and phonons react to form gluons in regions where the e...
There are theoretical similarities between general relativity (GR) and quantum field theory (QFT). Among the most fundamental are that both are based on 2nd order wave equations and their associated potential theories and gauge considerations. In comparison SFT is based on the 1st order Maxwellian with its field variables that have a much reduced e...
Abstract: Self-Field Theory (SFT) is a new description of electromagnetic (EM) interactions
that utilizes closed-form solutions of the Maxwell-Lorentz (ML) equations. Bispinorial motions
apply to the motions of EM field-particles and interacting particles including electrons and protons.
The strong nuclear region of atoms may be similarly described...
This report brings two seemingly unrelated phenomena together: the EPR para-dox, a thought exercise Einstein used to infer quantum mechanics was incomplete, and the orbital rotation of solar systems in galaxies, mainly invariant with radial distance from the galactic cen-tre that has been hypothetically explained via dark matter, a halo of matter i...
— The equations of Self-Field Theory (SFT) applying to the hydrogen atom are almost
identical to the inequality relationship known as Heisenberg’s Uncertainty Principle (HUP), the
only differences being that the inequality sign of HUP is replaced by an equality relationship
and there being two such equations in SFT. This duality is due to the bispi...
Self-Field Theory is a new description of electromagnetic interactions. At its heart are bispinorial motions for both the electromagnetic fields and the interacting particles. Among its recent successes it has solved a simple model of the hydrogen atom, obtained an analytic estimate for the mass of the photon, and provided the first glimpses of str...
The EPR paradox lies at the heart of the way Self-Field Theory (SFT) sees physics and biophysics. Einstein coauthored a paper on the paradox that challenged quantum theory he saw as incomplete. Quantum entanglement is now understood as the way in which parts of a quantum mechanical system are connected. The quantum states of the constituent parts a...
Self-field theory (SFT) provides deterministic eigensolutions to the Maxwell-Lorentz equations for the hydrogen atom where Planck’s constant is the energy per cycle of the principal eigenstate [1]. Based on a composite (hydrogenic) photon, an analytic expression for photon mass is obtained , where ω γ is a discrete photon transition frequency withi...
Despite nearly a century of considered opinion to the contrary, an electromagnetic self-field theory has been developed for atomic systems consisting of charged particles. An azimuthal modal spinor is used as a trial solution for the motions of each particle and tested using Maxwell's equations for particle-field interactions. Both the particles an...
Regardless of considerable speculation that a non-zero photon mass might not al-low gauge invariance or would break the symmetry of the Lagrangian formulations of the various quantum field theories, an analytic expression has been derived for the mass of the photon. Self-field theory was recently used to investigate the role of the photon as the bi...
Questions
Questions (18)
" In time a degenerative action of hydration states (aging) may occur. In keeping with the cellular energy mechanisms discussed above, both the intracellular and extracellular components of tissues operate within certain frequency bands causing hydration binding to become important factors if the energy associated with the tissue diminishes over time. Such diminution may occur via many different mechanisms including the aging process or other degenerative processes. Stiffening of joints and limbs may be a related to a lowering of the photonic energy states within the hydration bonds associated with the ECM. "
Data EHE07 Fleming1
