Naslov
A New General Lorentz Transformation Model

Autori
Novaković, Branko ; Novaković, Dario ; Novaković, Alen

Vrsta, podvrsta i kategorija rada
Poglavlja u knjigama, znanstveni

Knjiga
Computing Anticipatory Systems

Urednik/ci
Dubois, Daniel M.

Izdavač
American Institute of Physics (AIP)

Grad
Melville (NY)

Godina
2000

Raspon stranica
437 - 450

ISBN
1-56396-933-5

Ključne riječi
Coordinate transformations, Lorentz transformations, Galilean transformations, general coordinate transformations, a time dilation neutrality and contraction, a lenght contraction neutrality and dilation, particle speed limits, gravitational field

Sažetak
A new general structure of Lorentz Transformations, in the form of General Lorentz Transformation model (GLT-model), has been derived. This structure includes both Lorentz-Einstein and Galilean Transformations as its particular (special) realizations. Since the free parameters of GLT-model have been identified in a gravitational field, GLT-model can be employed both in Special and General Relativity. Consequently, the possibilities of an unification of Einstein's Special and General Theories of Relativity, as well as an unification of electromagnetic and gravitational fields are opened. If GLT-model is correct then there exist four new observation phenomena (a length and time neutrality, and a length dilation and a time contraction). Besides, the well-known phenomena (a length contraction, and a time dilation) are also the constituents of GLT-model. It means that there is a symmetry in GLT-model, where the center of this symmetry is represented by a length and a time neutrality. A time and a length neutrality in a gravitational field can be realized if the velocity of a moving system is equal to the free fall velocity. A time and a length neutrality include an observation of a particle mass neutrality. A special consideration has been devoted to a correlation between GLT-model and a limitation on particle velocities in order to investigate the possibility of a travel time reduction. It is found out that an observation of a particle speed faster then c = 299 792 458 m/s, is possible in a gravitational field, if certain conditions are fulfilled.

Izvorni jezik
Engleski

Znanstvena područja
Strojarstvo

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