On the electromagnetic field of a charged collapsing spherical shell in general relativity

Abstract

A new exact solution of the Einstein-Maxwell equations for the gravitational collapse of a shell of matter in an already formed black hole is given. Both the shell and the black hole are endowed with electromagnetic structure and are assumed spherically symmetric. Implications for current research are outlined.

8 pages, 2 figures, to appear on Physics Letters B

References in corpus (4)

• On the interpretation of the burst structure of GRBs
• On a possible GRB-supernova time sequence
• Relative space-time transformations in GRBs
• Irreducible mass and energetics of an electromagnetic black hole

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• GRB 980425, SN1998bw and the EMBH model
• On a Separatrix in the Gravitational Collapse to an Overcritical Electromagnetic Black Hole
• Observational signatures of an electromagnetic overcritical gravitational collapse
• Inverse square law isothermal property in relativistic charged static distributions
• Gravitational and electric energies in the collapse of a spherical thin-shell capacitor
• Energy Extraction From Gravitational Collapse to Static Black Holes
• Intersections of self-gravitating charged shells in a Reissner-Nordstrom field