论文标题
光传播和观察到的光传播
Light propagation and observed light propagation
论文作者
论文摘要
光传播被视为涉及电场和磁场相互创造的过程。该观点用于说明电磁波方程的常规延迟解（其源是本工作中的当前密度）是错误的，并且通过在上述过程中跟踪每个步骤，以不同的方式求解波方程。事实证明，波动方程的解决方案或来自当前密度的发射场具有同样加权的高级和延迟的组件。在这些成分的数学和物理起源解释后，然后指出发射的磁场与在光观察中观察到的那些磁场相关但不相同。正如预期的那样，后一个磁场被计算并发现。
Light propagation is viewed as a process involving mutual creation of electric and magnetic fields. This viewpoint is used to argue that the conventional retarded solutions to electromagnetic wave equations (whose source is a current density in this work) are wrong, and to solve the wave equations in a different way by tracking every step in the said process. It turns out that the solutions to the wave equations, or the emitted fields from the current density, have equally weighted advanced and retarded components. After these components are explained for their mathematical and physical origins, it is then pointed out that the emitted fields are related but not identical to those fields observed in light observation. The latter fields are calculated and found, as expected, to be retarded.
