论文标题
物质抗侵蚀剂不对称和非惯性效应
Matter-antimatter asymmetry and non-inertial effects
论文作者
论文摘要
我们基于弯曲的空间中量子场理论的框架，研究了对$ cp $略有化过程的非惯性效应，该框架被设计为考虑加速粒子的衰减。我们表明，由于达到非常高的加速度，加速kaons衰减的$ cp $违规参数略有下降，这意味着在这个制度中，物质和反物质之间的不对称性降低了。我们讨论了这些结果与围绕物质抗逆念不对称的宇宙学过程之间的关系，并认为，由于INRUH效应建立的非惯性和热现象之间的联系，这种计算可能会证明对进一步的理解在弯曲的间距中对热力学效应的理解有用。
We investigate non-inertial effects on $CP$-violating processes using a model, based on the framework of quantum field theory in curved spacetimes, devised to account for the decay of accelerated particles. We show that the $CP$ violation parameter for the decay of accelerated kaons into two pions decreases very slightly as very high accelerations are achieved, implying decreased asymmetry between matter and antimatter in this regime. We discuss the relationship between these results and cosmological processes surrounding matter-antimatter asymmetry and argue that, due to the connection between non-inertial and thermal phenomena established by the Unruh effect, this kind of computation may prove useful in furthering the understanding of thermodynamical effects in curved spacetimes.
