论文标题
浅锋的卡西米尔力
Casimir force on a light front
论文作者
论文摘要
根据观点的不同，随着边界条件的改变或形成这些边界条件的材料中的原子之间的相互作用，卡西米尔力是量子真空能量的变化而产生的。此类配置的标准分析通常是根据普通的，相等（Minkowski）坐标进行的。但是，物理学独立于坐标选择，并且基于$ x^+e equiv t+z/c $扮演时间的角色的基于光前坐标的分析同样有效。经过简短的历史介绍，我们说明并比较了Casimir力量的平等和轻率计算。
Depending on the point of view, the Casimir force arises from variation in the energy of the quantum vacuum as boundary conditions are altered or as an interaction between atoms in the materials that form these boundary conditions. Standard analyses of such configurations are usually done in terms of ordinary, equal-time (Minkowski) coordinates. However, physics is independent of the coordinate choice, and an analysis based on light-front coordinates, where $x^+\equiv t+z/c$ plays the role of time, is equally valid. After a brief historical introduction, we illustrate and compare equal-time and light-front calculations of the Casimir force.
