光子与标量相互作用中光的偏振行为
Behavior of light polarization in photon-scalar interaction
摘要：
引力的量子理论帮助我们提高对引力相互作用的认识。受引力对光子轨道的有趣影响的启发，我们处理了一个量子配方，包括光与大质量物体（如太阳）的经典相互作用。利用线性量子引力计算了光子与质量标量相互作用的经典势。主导项具有传统的$1/r$从属项，并表现出偏振依赖行为。这个结果挑战了等价原理;吸引和/或排斥相互作用是允许的。
英文摘要：
Quantum theories of gravity help us to improve our insight into the gravitational interactions. Motivated by the interesting effect of gravity on the photon trajectory, we treat a quantum recipe concluding a classical interaction of light and a massive object such as the sun. We use the linear quantum gravity to compute the classical potential of a photon interacting with a massive scalar. The leading terms have a traditional $1/r$ subordinate and demonstrate a polarization-dependent behavior. This result challenges the equivalence principle; attractive and/or repulsive interactions are admissible.
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