New four-dimensional symmetry

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Abstract

We propose a new picture of nature in which there are only two fundamental universal constants è ē (≡e/c) and h(≡h{combining short stroke overlay}/c). Our theory is developed within the framework of a new four-dimensional symmetry which is constructed on the basis of the Poincaré-Einstein principle of relativity for the laws of physics and the Newtonian concept of time. We obtain a new space-light transformation law, a velocity-addition law, and so on. In this symmetry scheme, the speed of light is constant and is completely relative. The new theory is logically self-consistent, and it moreover is in agreement with all previously established experimental facts, such as the "lifetime dilatation" of unstable particles, the Michelson-Morley experiment, etc. There is a difference relative to the usual theory, though, in that our theory predicts a new law for the Doppler frequency shift, which can be tested experimentally by measuring the second-order frequency shift. © 1976 Plenum Publishing Corporation.

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APA

Hsu, J. P. (1976). New four-dimensional symmetry. Foundations of Physics, 6(3), 317–339. https://doi.org/10.1007/BF00708806

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