Behavior of a charged particle in a schwarzschild field

Details Behavior of a charged particle in a schwarzschild field Behavior of a charged particle in a schwarzschild field

Jul 1998

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1998ruphj..41..679f&link_type=abstract

Russian Physics Journal, Volume 41, Issue 7, pp.679-686

Physics

Scientific paper

The influence of the De Witt self-action force on the motion of and electromagnetic emission from a charged particle in a Schwarzschild field is considered. It is shown that a charged particle in a Schwarzschild field is equivalent to a neutral particle of the same mass in a certain Reissner-Nordstrom field. A relationship is found between the power of the electromagnetic emission from an accelerated charge and the power of the thermal emission generated in a reference frame with the same acceleration at the event horizon. The quantum-mechanical problem of the motion of and emission from a charge in the field of a minihole is considered. Wave functions, the energy spectrum, and the widths of quasi-stationary levels are found with allowance for the De Witt self-action force. It is shown that the latter is important for large charges, when the solution becomes oscillatory.

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