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Light Speed<br /><br />In Special Relativity, the superluminic velocity is a barrier impossible to break. GR and SR have the same mathematical, physical, and philosophical limitation. According to SR's KE equation, a particle needs all the energy available in the Universe needed to reach the light speed.<br /><br />In Autodynamics, any particle big or small could transform its mass into an energetic photon through the decay process. There is no contradiction in AD (as in SR) between increasing KE and simultaneous mass increment. When KE increases, mass decreases.<br /><br />The Experiment<br /><br />In Autodynamics, one possibility for obtaining superluminic speed is by using photons. Photons travel at the speed of light (a conflict for SR). If photon interaction at light velocity (laser beams - or energy absorbed by photons) could be integrated into a new particle, that particle should decay into a new super-photon traveling at superluminic speed.<br /><br />Superluminic velocity is not problematic for Autodynamics. The theory has no frames in relative motion: only "phenomenon" and "observer." To shift from one observer to another, the velocity transformation equation is used (velocity sum) that maintains energy and momentum conservation.<br /><br />See Carezani's explanation about a recent Faster-than-Light experiment involving Cesium.<br />http://www.autodynamics.org/light_speed.html<br />Smarandache Hypothesis<br />Smarandache (1998) proposed that as a consequence of the Einstein-Podolsky-Rosen paradox, there is no speed limit in the universe (i.e., the speed of light c is not a maximum at which information can be transmitted) and that arbitrary speeds of information or mass transfer can occur. These assertions fly in the face of both theory and experiment, as they violate both Einstein's special theory of relativity and causality and lack any experimental support.<br />It is true that modern experiments h