论文标题
量子物理学中某些基本现象中的洛伦兹违规（LIV）
Lorentz invariance violation (LIV) in some basic phenomena in quantum physics
论文作者
论文摘要
洛伦兹对称性是一般相对论和粒子物理标准模型的基石之一。我们研究了原子物理学中某些基本现象中对洛伦兹对称性的侵犯。使用绿色的函数和源4电流，解决了4个载体电势的微分方程，并通过一些研究人员获得了修改的库仑电位。使用改良的库仑电势，我们发现由于氢和氦原子光谱上的LIV而引起的校正。我们还研究了LIV对Stark，Zeeman和自旋轨道效应的后果，并获得了LIV系数的一些上限。
Lorentz symmetry is one of the cornerstone of both general relativity and the standard model of particle physics. We study the violation of Lorentz symmetry in some basic phenomena in atomic physics. Using the Green's function, and the source 4-current, the differential equation of 4-vector of electromagnetic potential is solved and the modified coulomb potential is obtained by some researchers. Using modified Coulomb potential, we find the corrections due to LIV on the spectrum of Hydrogen and Helium atoms. We also investigate the consequences of LIV on Stark, Zeeman and Spin orbit effects and obtain some upper bounds for the LIV coefficients.
