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investigations upon general covariance
首发时间：2020-01-06
abstract：invariant light speed has been verified by plenty of experiments and observations so that to perform as axiom in modern physics. thus it is employed the only hypothesis to sponsor these investigations upon general covariance. new mathematic system of a trinity of recursive manifolds is carried out to clarify bundles of concepts in general relativity, which just boosts up the appearance of classical theory without any changes to kernel frames. gravitational red shift and gravitational acceleration are selected as handles for further studies on general covariance. it is discovered that general covariance does not run in any occasions. in gravitational field, light rays might perform surprises on energy moment conservation, and bound matters should experience covariance with relativistic covariant deformations. this discovery should then bring the obscurities and complex consequences to modern physics, as well as opportunities.
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论广义协变性
摘要：光速不变性经过了大量的实验验证和观测验证，在现代物理学中逐渐公理化了。本研究将其作为唯一的假定，开展广义协变性的研究。提出了三重递归流形作为新的数学框架，用以廓清广义相对论中的一系列概念和方法，在不改变理论内核的条件下提升其对经典理论的表现力。以引力红移和重力加速度为抓手，揭示了广义协变性存在不自恰的情形。在引力场中，光的能量动量守恒具有奇异性，而束缚态物质可能发生相对论性协变变形。这些发现对于现代物理学来说，既呈现出了艰巨性和复杂性，也蕴含着深邃和机遇。
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