标题： 非线性色散定律的电磁波 显示英文标题

标题： Electromagnetic waves with nonlinear dispersion law

摘要： 去年欧洲的物理学家测量了中微子粒子的速度。 他们发现中微子的运动速度超过了真空中光速。 这一结果意味着爱因斯坦的相对性原理及其在现代物理中的后果需要进行全面的进一步修订。 在本文中，仅从基本麦克斯韦方法的角度考虑了这个问题的一部分。 通过引入类似扩散的位移电流，推导出了新的超波方程，该方程允许其解描述电磁波在真空中某些情况下以比传统光速更快的速度传播，尤其是在非常短波长区域的伽马射线中。 这些波的独特性质是它们遵循非线性色散定律，其上限受到限制。 还讨论了进一步的实验问题和对宏观物理超波方程的若干估算。 显示英文摘要

摘要： Last year physicists in Europe have measured the velocity of the neutrinos particles. They found the neutrinos moving faster than the speed of light in vacuum. This result means that Einstein's relativity principle and its consequences in modern physics need a global additional renovation. In present paper the part of this problem is considered in terms of basic Maxwell's method only. By means of introduction a diffusion like displacement current the new super wave equation was derived, which permits of its solution be described the electromagnetic waves moving some faster than the conventional speed of light in vacuum especially in a gamma ray of a very short wave length region. The unique properties of these waves are that they undergo nonlinear dispersion law, uppermost limit of which is restricted. Discussion of further experimental problems and a number of estimations are given for the macro physic super wave equations also.