有血浆的激光地的相互作用被使用严肃的模拟模式学习。有血浆的激光地的相互作用被认为是相等的有效几何学。为一个血浆电子的一个有效度量标准被开发。度量标准的有效性在非相关性的限制被证实。为一个血浆电子的三维的运动方程从一般 covariant 运动方程被导出。ponderomotive 力量和亚伯拉罕是力量直接从三维的方程被获得。
The interactions of laser field with plasma are studied by using the analog model of gravity. The interactions of laser field with plasma are regarded as an equivalent effective geometry. An effective metric for a plasma electron is developed. Validity of the metric is confirmed in the limit of non-relativity. The three-dimensional equation of motion for a plasma electron is derived from the general covariant equation of motion. The ponderomotive force and the Abraham's force are directly obtained from the three-dimensional equation.