等狭义相对论对任意光速不变描述的普适性
Universality of the isospecial relativity for the invariant description of arbitrary speeds of light
摘要：
我们回顾了最近关于物理介质中光速任意值的实验证据（内部动力学问题）;我们回顾经典光速不同于真空中光速的（算子）理论是非正则的。（非么正）与狭义相对论有关，从而失去了原来的不变性质，随之而来的是相当严重的物理一致性问题;我们证明了等明可夫斯基几何、等庞加莱对称性和等狭义相对论提供了一个物理介质中任意光速的公式，它与光在真空中传播的狭义相对论的公式一样是不变的;我们证明了等狭义相对论是直接普适的，即在观测者坐标系中对所有可能的具有对称度规的时空模型成立;我们概述了更广泛的遗传拓扑和超结构的配方，这是直接普遍的单值和多值不可逆系统，分别与一般非对称度量;回顾了反物质经典表象和算符表象的反同构等对偶表述以及新的“等对偶光子”的预言;最后，我们指出了一些代表性的连接之间的不变同位素配方和相当大的各种广义理论存在于文献中。
英文摘要：
We review the recent experimental evidence on arbitrary values of the speed of light within physical media (interior dynamical problems); we recall that classical (operator) theories with speeds of light different than that in vacuum are noncanonically (nonunitarily) related to the special relativity, thus losing the original invariant character with consequential rather serious problems of physical consistency; we show that the isominkowskian geometry, the isopoincaré symmetry and the isospecial relativity provide a formulation of arbitrary speeds of light within physical media as invariant as that of the special relativity for the propagation of light in vacuum; we prove that the isospecial relativity is directly universal, in the sense of holding for all possible spacetime models with a symmetric metric directly in the frame of the observer; we outline the broader genotopic and hyperstructural formulations which are directly universal for single- and multiple-valued irreversible systems, respectively, with a generally nonsymmetric metric; we review the anti-isomorphic isodual formulations for the classical and operator representation of antimatter and the prediction of the new "isodual photon"; we finally point out a few representative connections between the invariant isotopic formulations and a rather large variety of generalized theories existing in the literature.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
