View source for Hertz's Speciasl Relativity and Physical Reality

{{Infobox paper
| title = Hertz's Speciasl Relativity and Physical Reality
| author = [[Constantin I Mocanu]]
| keywords = [[Hert'z]], [[special relativity]], [[physical reality]], [[inertial motions]], [[space curvature]]
| published = 1994
| pages = 163-170
}}

==Abstract==

Einstein's Special Relativity (ESR) in its original formulation, is limited to inertial motions only, while an insight into real-world shows that the motions are non-inertial. It is hard to accept that the launching of a rocket implies a succession of inertial motions. Similarly, during the re-entry of a satellite in the Earth's atmosphere, its continously decaying angular momentum and the violations of the Lorentz - Poincare symmetries, are then evident. Form the viewpoint of kinematics, defined as the science of pure motion, apart from causes, the motion may be either inertial of non-inertial. Since a motion cannot be, at the same time, either a uniform translation or a non-uniform motion, then they form a <em>pair of complementary kinematic concepts, </em>mutually exclusive. If the gravitational effects are neglected, ESR assumes uniform translations, while under similar circumstances (regarding the neglecting of the space curvature) to the best our our&nbsp;knowledge, nothing is known in the literature to take into consideration non-inertial motions. As a consequence, we shall denote by <em>Special Relativity</em> that branch of physics where by neglecting the gravitational effects, the motion may be either inertial or non-inertial, called in this paper <em>permissible motions. </em>As a consequence, the following chart of complementarities:

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