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More than 75 years after Einstein began the first of his several unsuccessful attempts to unify Physics by proposing a field theory that would integrate electrodynamics and gravitation, existing Physics remains unable not just to complete this task but, still more fundamentally, impotent to understand such basic functions as the nature of heat, mass, charge, inertia, potential, or electric, magnetic and gravitational fields or wavefunctions. In other words, the XXth century promise of a Physics of Energy never quite materialized, Physics having remained prisoner of poor mixtures of XIXth century determinism with XXth century stochastic probabilism. In fact, modern Physics is not even cognizant of the universal structure of energy, let alone of the fine structures of mass-energy or kinetic energy. Without such breakthroughs in very basic science, any prospect of a unification of Physics will remain a meaningless task.
Our new science of Aetherometry permits for the first time in the history of humanity a complete decoding of all the natural functions of Physics, including mass, charge, inertia, potential, field, etc, because it is the first and only exclusively energetic theory of physical, chemical and biological interactions, that accounts for how all the fundamental constants of nature are generated. Aetherometry is an interdisciplinary approach to BioPhysics that relies upon the micro-functionalist methodology and physical discoveries embodied by our Aetherometric Theory of Synchronicity (AToS). AToS presents a complete mathematical reformulation and unification of Physics based upon a breakthrough understanding of massfree (aether) and massbound (matter) energy functions, as specifically derived from the synchronous superimposition of waves and momenta. AToS has replaced de Broglie's theory of matter waves with a new, non-relativistic and functionalist theory of wave energy functions, where the wave and particle duality is directly integrated.
The first critical contribution of AToS is the rediscovery of aether energy in massfree form as encompassing four distinct primary manifestations - gravitational, electric and thermal, whether sensible thermal or latent thermal. The fine structure of these distinct aether energy forms has been entirely decoded by AToS, as well as the structures they acquire when they associate with mass-energy in the form of kinetic energy - be it gravitokinetic, electrokinetic or thermokinetic.
The second critical contribution of AToS is the discovery of the dual fine structure of mass-energy for leptons (eg electrons) and hadrons (eg protons), including their volumetric geometries. By properly understanding the electric and the photoinertial momenta and wave functions of mass-energy and, by coupling to this a novel understanding of kinetic energy and the determination of velocity functions, AToS enunciated a new Law of Electrodynamics that takes into account not just the difference in mass between diverse charge carriers (eg leptons vs hadrons), but also the interaction between massbound and massfree charges.
The third critical contribution of AToS is the discovery of the cogenesis of mass-energy and corresponding graviton energy, from massfree aether energy. This eventually permitted elucidation of the natural functions of gravitational energy and an entirely new understanding of the relationship between negative gravity and latent heat. AToS has also succeeded in formulating the gravitation constant G as a simple and elegant quantum function employing only fundamental quantities. This then opened the way for the integration of electric and gravitic interactions.
The fourth critical contribution of the theory is the discovery of the physical process whereby blackbody photons are produced from the electric interaction between massbound and massfree charges. In this respect, AToS places electromagnetic energy in a new light, where photons are viewed solely as local productions and the excitation responsible for their production can propagate independently from the limit posed by the speed of light. This work has, amongst other added benefits, already permitted investigation of the heretofore unknown spectrum of solar massfree energy radiation. A parallel analysis of the cosmic background microwave radiation has also been carried out.
AToS allowed precise determination of the value of the fine structure constant, and this has permitted generation of a revised hydrogen spectrum that now matches exactly the observed data (including one subfractional line), something which no quantum-mechanical model can do to this day.
Immediate outgrowths of this experimental and theoretical work, for which patent protection is currently being sought, have been:
a new method to tap the latent and sensible heat energy of atmospheric and vacuum environments, which, by thermoelectric conversion, can be employed to drive motors or charge batteries.
a new method to experimentally achieve zero-gravity, that will lay the foundations for negative gravity lift and propulsion systems, as well as for control of positive gravity.
ongoing development of new instrumental software and hardware that will perform an array of novel parametric measurements in electrodynamic, magnetodynamic, thermodynamic, kinemassic and gravitic interactions, with direct applications for engineering, basic and advanced sciences, as well as control and manufacture systems.
The Aurora Biophysics Research Institute (ABRI) is geared to take advantage of the multiple breakthroughs of Aetherometry by creating a nexus of distinct efforts targeting the further development of all the disciplines of Aetherometry (with respect both to education and research) concomitantly with the development of its various technological embodiments. The ABRI's complex research process is placed at the merger of Physics and Biophysics. When Leo Szilard learned that biological clocks were not affected fundamentally by temperature, he commented - "if there is an undiscovered principle of physics, it seems likely that the biosphere will have employed it". The ABRI's research aims precisely at teasing out the Physics of the Aether which are responsible for the functions and genesis of both mass-energy and living systems, since the dynamic Aether - or at any rate a fundamental portion of it - is precisely that energy principle which the biosphere employs to control its synthetic machinery and which Physics is only now vaguely awakening to. The foundation provided by Aetherometry enables thought to seize the entirety of nature, whether animate or inanimate, as being energetically alive. Since the present development of Aetherometry permits and demands a series of linked basic research projects in the domains of bioelectricity and biological clocks, microbial biogenesis, electrogravitation, thermoelectric conversion and the utilization of high-frequency, high-potential 'alternating' currents to perform work and transmit power; and since AToS predicts specific fine structure for both massbound and massfree charge, the hard core of the ABRI's 'mission' will consist of those theoretical and experimental research efforts that aim at exploiting our basic findings and testing the aetherometric predictions. Surrounding the nexus of these basic projects, there is another level of projects having an applied nature and aiming at the benign technological exploitation of the existing and forthcoming discoveries in basic science. These range from hardware and software design and development to construction of prototypes and the design of autonomous housing utilizing the new energy technologies.