Gamma ray bursts as a signature for entangled gravitational systems

Details Gamma ray bursts as a signature for entangled gravitational systems Gamma ray bursts as a signature for entangled gravitational systems

Jan 2004

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2004aph....20..457b&link_type=abstract

Astroparticle Physics, Volume 20, Issue 4, p. 457-466.

Physics

1

Gamma-Ray Bursts, Black Hole-White Hole Systems, Entanglement, Conservation Laws

Scientific paper

Gamma ray bursts (GRBs), due to their features, can be considered not only extremely energetic, but also as the most relativistic astrophysical objects discovered. Their phenomenology is still matter of debate and, till now, no fully satisfactory model has been formulated to explain the nature of their origin. In the framework of a recently developed new theory, where general conservation laws are always and absolutely conserved in nature, we propose an alternative model where an ``entangled'' gravitational system, dynamically constituted by a black holes connected to a white hole through a worm hole, seems capable of explaining most of the properties inferred for the GRB engine. In particular, it leads to a natural explanation of energetics, beaming, polarization, and, very likely, distribution. On the other hand, GRBs can be considered a signature of such entangled gravitational systems.

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