Jena 2013 – wissenschaftliches Programm
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GR: Fachverband Gravitation und Relativitätstheorie
GR 23: Poster (permanent)
GR 23.6: Poster
Freitag, 1. März 2013, 14:45–14:45, HS 6
Book: Special and general theory of relativity — •Jürgen Brandes — Karlsbad
Exact and comprehensible are discussed [1]: The experimental proofs of relativity theory, the solutions of the paradoxies, the theses of the four-dimensional space-time-continuum of special relativity as well as the theses of curved, expanding and closed spacetime of general relativity. Included are the general relavistic solution variant of the twin paradox and the paradoxies of BELL, EHRENFEST and SAGNAC.
The so-called LORENTZ-interpretation was initiated by LORENTZ, POINCARÉ, BELL, SEXL and many others. It connects EINSTEIN’s principle of relativity with the concept of a three-dimensional space and a one-dimensional time
An important point in [1] concerns energy conservation. Within NEWTON’s theory there is a negative gravitational potential, on account of the famous relation E=mc2 this means negative masses. Negative masses don’t exist. Neither NEWTON’s nor EINSTEIN’s theory are able to explain the meaning of the negative energy of particles resting in the gravitational field. In spite of this, in certain limiting cases there exist contradictious formulas of total energy. In both of the cases LORENTZ-interpretation gives a clear, experimentally verifiable answer.
[1] J. Brandes, J. Czerniawski: Spezielle und Allgemeine Relativi-tätstheorie für Physiker und Philosophen - Einstein- und Lorentz-Interpretation, Paradoxien, Raum und Zeit, Experimente, VRI: 2010