一个更显式等价原理的宇宙检验
Cosmic Tests for a More Explicit Equivalence Principle
摘要：
根据这一原理，物体在速度变化后发生的相对论变化，不能被与它们一起运动的观察者检测到，因为物体和静止辐射在相同的情况下以相同的比例变化，也就是说，因为物体和静止辐射对于任何固定的观察者都具有相同的相对论定律。实际上，由定态辐射组成的粒子模型的理论性质与狭义相对论、量子力学和引力（G）检验一致。他们修正了所有这些的线性性质：G场、黑洞（BH）和宇宙。BH在吸收辐射后，必须返回到气体状态。最终的宇宙膨胀不能改变任何相对距离，因为物质的G膨胀是以相同的比例发生的。这修复了一种新的宇宙。在它的物质演化在封闭的循环，气体和BH状态之间，反之亦然，无限期。星系团和星系团必须在亮态和黑态之间循环演化。一个物质循环的大部分G势能必须在中子星和黑洞边界附近释放。核剥离反应将G能转化为核能和动能。这解释了天体物理学中许多无法很好解释的现象。这项工作已经出版，更详细地说，在一本书中。
英文摘要：
According to this principle, the relativistic changes occurring to the bodies, after velocity changes, cannot be detected by observers moving with them because bodies and stationary radiations change in identical proportion after identical circumstances, i.e, because bodies and stationary radiations have identical relativistic laws with respect to any fixed observer. Effectively the theoretical properties of particle models made up of stationary radiations agree with special relativity, quantum mechanics and the gravitational (G) tests. They fix lineal properties for all of them: the G fields, the black holes (BHs) and the universe. The BHs, after absorbing radiation, must return to the gas state. An eventual universe expansion cannot change any relative distance because the G expansion of matter occurs in identical proportion. This fixes a new kind of universe. In it matter evolves in closed cycles, between gas and BH states and vice versa, indefinitely. Galaxies and clusters must evolve rather cyclically between luminous and black states. Most of the G potential energy of a matter cycle must be released around neutron star and black hole boundaries. Nuclear stripping reactions would transform G energy into nuclear and kinetic energies. This accounts for many non well explained phenomena in astrophysics. This work has been published, in more detail, in a book.
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。
