论文标题
UNRUH效应在Bremsstrahlung中的作用
The role of Unruh effect in Bremsstrahlung
论文作者
论文摘要
通过明确的一阶量子计算，在惯性框架中的Minkowski光子发射速率之间证明了等效性，以在Rindler轨迹上移动的加速电荷，并在RINDLER轨迹上移动，并在Rindler Prance Motion上进行额外的横向漂移运动和在Davies phovies phortal phort therm phort under under under under therm phertal phort the Davies from the Rindler Frax中的相同电荷的组合。等效性也扩展了，对于使用经典电动力学机械计算的相同电荷发出的bremsstrahlung。表明，对等效性也适用于在带有额外的任意横向运动的Rindler轨迹上加速电荷的情况。我们的结果概括了Higuchi等人的结果。 al。 （1992）和Cozzella等。 al。 （2017）用于具有圆形横向运动的加速轨迹。讨论了相关的问题和实验意义。
An equivalence is demonstrated, by an explicit first order quantum calculation, between the Minkowski photon emission rate in the inertial frame for an accelerating charge moving on a Rindler trajectory with additional transverse drift motion and the combined Rindler photon emission and absorption rate of the same charge in the Rindler frame in the presence of the Davies Unruh thermal bath. The equivalence also extends, for the Bremsstrahlung emitted by the same charge as calculated using the machinery of classical electrodynamics. The equivalence is shown to also hold for the case of accelerating charges moving on a Rindler trajectory with additional arbitrary transverse motion. Our results generalise those of Higuchi et. al. (1992) and of Cozzella et. al. (2017) for accelerated trajectories with circular transverse motion. Related issues and experimental implications are discussed.
