Latest News

June 2008. Announcement for a book published by Pan Stanford titled "Inside the Photon: A Journey of Health" Flyer.pdf The book will feature self-field theory and will be a contributory text open to the Biophotonics and BEMS communities.

September 14-16 2007. CYMA07, in Atlanta, Georgia.)This paper sets the scene for using the scientific method to obtain frequencies from the theory of the composite photon Photon Frequencies PPT (1.90 MBytes ). and compare them with the well-known Schumman frequencies associated with the ionospheric layers. Within the alternative medical community, there is a pressing need for the frequency basis behind the important class of hydrates that are attached to DNA and other important proteins to be scientifically investigated. This work also points to the thermodynamics response of bonds within hydrates, as seen in the changing shape of DNA within the cell-cycle.

September 10-12 2007. EHE07, in Wroclaw Poland. EHE07_Fleming,pdf (15 kBytes ).)This paper gives some detail of the analysis of the molecular structure based on the photon mechanism found to provide an analytic expression for the mass of the photon. Also to be presented is an important report on a Perfusion Study.

June 2007. 29th annual meeting of BEMS, in Kanazawa Tokyo. Presentation; Analytic Estimate of the Mass of the Photon.pdf ( 33 kBytes ) This paper proposes a photon collision mechanism within each cycle of the atom.This provides no new physics for the atom but is crucial in understanding molecular structures expecially DNA and its hydrates. Since the photon collision frequency needs to be an integer, it provides a new quantum number beyond quantum mechanics that is involved in molecular dynamics and structure

April 2007. Further to the analytic expression for the mass of the photon, this work has been extended to include a theoretical rationale for the fine structure constant. At this point, three fundamental physical constants have been extracted from the self-field theory model of the hydrogen atom. These are Planck's constant, the fine structure constant and the mass of the photon. This appears to verify the self-field theory. It should be noted that these fundamental constants cannot be obtained from the current quantum field theories.

December 2006. A model of the universe

September-Novemeber 2006. The mass of the photon (41 kBytes ) has been obtained analytically via the self-field solution to the hydrogen atom. The analytic expression for the mass of the photon evaluates to the order . This is compatible with the current estimates on the upper limit for the mass of the photon listed by the Particle Data Group. With this mass, all transition frequencies where the photon changes its spin and/or radial states can be evaluated once values for some of the photon's internal field parameters have been determined. These include the charge on the ephectron and phroton, the photon field's permittivity which is presumed at this stage not to be the same as that of free-space, and the value of the Planck's 'constant' of the photon, a variable of motion that depends on the physical system being examined. However, since some frequencies may be known e.g. the Schumann frequencies, it may be possible to obtain estimates for these various parameters.

The perihelion of Mercury also supplies a second analytic estimate for the photon's mass that also evaluates to the order . This supports and partially validates the unification of physics given by self-field theory.

One amazing feature of self-field theory's solution of the atom, based on a series of discrete photon-electron and photon-proton collisions and not a a continuous, functionally analytic form of the E- and H-fields (as in classical or quantum EM dynamical theory), is that the motions of the electron and proton are somewhat polygonal rather than strictly circular. This is verified by excellent agreement with Lande's g-factor (see Beyond Quantum). We are seeing a level of mathematical detail beyond Maxwell's equations and simple circular spinors.The motions are similar to the ancient polygons that Archimedes and Galileo among others used in estimating p. In fact we find that while the photon transits 54 times each cycle of the electron and proton within the Hydrogen atom, Galileo reportedly estimated p to 16 places using a polygon of side 216, as did the German mathematician Andriaan van Roomen.

August 28-September1 2006. "IX International Conference on Nucleus-Nucleus Collisions", NN2006, to be held in Rio de Janeiro, August 28-September 1, 2006. NN2006 is the ninth meeting of a traditional series (last two hold in Strasbourg and Moscow) under the auspices of IUPAP.Two presentations; Composite EM, weak and strong nuclear self-field theory( 18 kBytes ) a mathematical SFT formulation suitable for studying nuclear regions; and A sono-EM mechanism for fusion engineering (21 kBytes ) a method for efficient fusion engineering possibly applicable to Tokomak reactor design.

June 11-15 2006. 28th annual meeting of BEMS, in Cancun Mexico. Two presentations; Self-field theory: A mathematical perspective ( 95 kBytes ) a mathematical comparison of Self-Field Theory, Relativity and Quantum Field Theory; and Self-field theory: A mathematics for Bioelectromagnetics (51 kBytes ) showing how SFT gives a fresh analytic and computational view of Bioelectromagnetics.

May 2006. A theoretical "nuclear halo" has been found, an early confirmation that the strong nuclear self-field theory is correct. This comes about from the way the 'base-state' protons and neutrons form in theory.

Apr 27-29 2006. EHE06 in Madeira Portugal. A presentation Self-field theory: A mathematics for Biology
(79 kBytes ) showing a brief historical perspective of the equations of mathematical physics. Dr Fleming apologizes for an unavoidable non-show due to a medical emergency involving both his parents.

December 1 2005. Work is currently progressing on the mathematics of the nuclear triplets (uuu) and (ddd). It is hoped this work will be presented at conference in the near future. This work is rapidly evolving into calculations of the radii and frequencies for this symmetric structure (see quark.htm).

June 19-25 2005. 27th annual meeting of BEMS, in Dublin Ireland. Presentation of findings of an acoustic therapy device successfully trialed on a thoroughbred racehorse. The work presents the photon and the phonon as two particles having the same structure, but a different propagation vector. The phonon is orthogonal to the photon of equivalent energy. The phonon has the important advantage of being able to penetrate far deeper into biological tissues than EM radiation. Delivery of the precise frequency enables control over the DNA bases during replication. This is used to promote healing within injured tissues. The method is a generic process for a number of different important therapies.

ACOUSTIC THERAPY OF TENDON LESIONS OF THOROUGHBRED RACEHORSE (pdf file 850 kBytes ) })
E.B. Bauer, K. Cooper, P. Jenks & A.H.J. Fleming, Biophotonics Research Institute, Malden, MA 02148

"The case study aimed to assess the effectiveness of an acoustic device on core tendon lesions of the thoroughbred race horse. The therapeutic method involved the application of an acoustic device (Cyma 1000), which delivered specific frequencies, within the audible sound range, to acupuncture points and meridians as well as the areas of injury. These audible frequencies ranged from 100 to 1600 Hz. In our case studies, we have found a rapid rate of tendon healing; as evidenced by tendon healing with ultrasonographic imaging that clearly showed the return to normal and homogeneous tendon cell integrity as proven by the uniform and normal echogenicity. A complete reduction of the core lesions to a well defined tendon cell regeneration area with no evidence of a prior tendon lesions was evident. The mean duration of healing time, per follow-up ultrasonography, as well as the clinical signs of healing and rapid return to function was 40 days; from the first diagnostic ultrasound scan to the last follow-up ultrasound scan. The case studies demonstrated a significant improvement in pain and swelling, as well as objectively measurable functional improvements. Objective markers such as clinical improvement in ROM, function and return to work with no signs of lameness at the jog or the gallop. With the encouraging results of these case studies, further investigation of the efficacy of this acoustic device is warranted. The high quality of the homogeneous, healed, tendon tissue, per ultrasonographic evidence, translated into a low to null continued morbidity or threat of reinjury. The cost savings in veterinary diagnostics, care, treatment and maintenance over time, as well as the preservation in value of this athletic horse will further insure this horse owner a gainful return on their substantial financial investment."

May 8 2005. The first peer-review journal paper on the topic of self-field theory is to be published in Physics Essays in the September 2005 Issue (vol. 18 no 3). The paper entitled: “EM self-field theory: the electron and an infinite mass proton in the hydrogen atom" includes a discussion of the unification of physics via the photonic states and compounds or photon chemistry. The work on the hydrogen atom is the first seminal paper on the general topic of self-field theory. This is a slightly later version of the pdf file on the Hydrogen Atom available at this website. This enables a number of other papers in the pipeline on topics discussed on this website to be finalised and sent for review.