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arXiv physics/0104021physics.gen-phphysics.class-ph
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等效原理与经典带电粒子的引力质量和惯性质量关系

The Equivalence Principle and gravitational and inertial mass relation of classical charged particle

Mario Goto

摘要:

我们表明,局部恒定的力,以获得一个稳定的双曲线运动制度的经典带电粒子,实际上,是一个微妙的组合施加的外力和辐射反作用力。在等效原理成立的情况下,带电粒子的引力质量应略大于其惯性质量。然而,在非常强的引力场中,引力和惯性质量关系的意外行为出现了一个有趣的新特征,在宇宙的早期阶段,或者可能在大质量黑洞附近,引力场的发散引入了临界场值。这表明等效原理在这个临界场附近不应该有效,而这个临界场肯定与量子效应相关的地方相吻合。

英文摘要:

We show that the locally constant force necessary to get a stable hyperbolic motion regime for classical charged particles, actually, is a subtle combination of an applied external force and the radiation reaction force. It suggests, as the Equivalence Principle is valid, that the gravitational mass of charged particle should be slight greater than its inertial mass. However, an interesting new feature emerges from the unexpected behavior of the gravitational and inertial mass relation at very strong gravitational field, just reachable at the early stage of the universe or, perhaps, near massive black holes, with a divergence that introduces a critical field value. It signs that the Equivalence Principle should not be valid near to this critical field, which certainly coincides where the quantum effects turns to be relevant.

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