Hawking-Unruh radiation as irreversible consequence of radiative action in dynamics

Details Hawking-Unruh radiation as irreversible consequence of radiative action in dynamics Hawking-Unruh radiation as irreversible consequence of radiative action in dynamics

2009-03-20

arxiv.org/abs/0903.3529v1

Physics

Classical Physics

8 pages

Scientific paper

Radiation force in Abraham-Lorentz-Dirac equation is analyzed for possible signature of irreversible action over and above the well known reaction from Larmor radiation. The analysis shows that in the presence of jerk, the classical electron dissipates a certain fraction of field-particle interaction energy. Radiative dissipation occurs only when jerk has orthogonal component to acceleration to impart gyration action. The radiative temperature is generally estimated and is shown to corroborate to Hawking-Unruh temperature for electrodynamics at the event horizon of a gravitating body.

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