A Fundamental Basis For A New Relativistic Mechanics

Autodynamics provides physicists with working quantum models not just for subatomic interactions but also for universal gravitation. Unlike Special Relativity, the Autodynamics thesis does not need a vicarious particle. Nor does it need the notion of space-time dilation and yet it utilizes the two postulates of relativity. AD is based on readily available scientific data and rigorous logic. It is here in this web site set out for readers to evaluate for themselves.

AD equations preserve the principle of conservation of energy in atomic decay processes, whereas Special Relativity's do not. SR needed to fabricate the concept of the neutrino to rationalize the excess theoretical momentum inherent in its equations. More than half a century of national and international efforts have failed to find this particle which its inventor called 'a desperate remedy'. The acceptance of this fabrication means that whenever a new decay process is discovered, SR has to postulate a new type of neutrino. This strategy is further problematical for SR, as Carezani has shown that in other scenarios external vectors account for some of the missing energy. AD does not have this problem. AD equations are supported by experiment. Some examples are,

Atomic decay
Electron-K capture
Linear momentum transfer in Nuclear-Nuclear collisions
Proton-Anti-proton annihilation
Electron-Positron annihilation

Unlike SR, AD is not restricted to the one dimensional explanation of a photon striking an electron but is able to postulate a more dimensionally sophisticated model based on energy-absorption and mass-decay. The AD Kinetic Energy equation has improved upon the generally accepted equation for Compton Scattering. This has been verified by peer group review, (Physics Essays volume 4, number 1, 1991). Where SR postulates a particle because it needs to, AD postulates a particle because it is able to. In 1990 Carezani predicted a new particle, which he dubbed the electromuon. In 1994, physicists at the Karmen collaboration detected what appears to be this new particle. In the case of atomic decay, Carezani has proposed a new radium experiment, published in Physics Essays (1988). Subsequent research has, however, uncovered an experiment by MIT scientists Buechner and Van Der Graaf Physics Review (1946). It concurs with Carezani's AD thesis in that it too eliminates the need for the neutrino, or any vicarious particle.

General Relativity attempts to describe the force of gravity but lacking a mechanism it resorts to notions of space-time dilation and gravity being inherent to matter. It uses Gerber’s equation to calculate perihelion advance of Mercury. Autodynamics has developed the Le Sage Ultramundane Corpuscle (referred to as a Pico-Graviton) by calculating mass increase due to Pico-Graviton absorption. This simple step has yielded nothing less than a veritable working quantum model for universal gravitation; a mechanistic explanation for the,

Pioneer Anomaly
Luna Distancing
Allais Anomaly
Binary Star Precession
Perihelion Advance
and
Why the planets go around the stars.

Carezani has resolved a paradigm that once occupied Newton, Le Sage and De Broglie and shown that gravity, most certainly, need not be inherent to matter.

The AD paradigm is based on a graviton substratum that is consistent with observations being made at both quantum and cosmological scales.

AD accepts the apparent paradox of a perpetual and self-energizing universe (hence the epithet of Autodynamics). This leads it to take entropy as constant amid a cyclic process of energy absorption and mass decay. It does not need the big bang or expanding universe to arrive at its successes. It sees no reason for a universal speed limit attributed to light by SR.

Franco Carrieri
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Biography