无时间变慢及长度收缩的相对论变换公式推导
首发时间:2022-05-25
摘要:本文尝试采用一种全新的方式去推导狭义相对论变换公式,在不需要假设时间变慢、长度收缩的前提下,使用经过实验验证的普朗克能量公式、动量公式和质能方程作为基础,即可得到狭义相对论的相关结论。 本文严格推导出多普勒频移公式、狭义相对论中的动态质量公式、速度变换公式。同时,本文最大的创新在于指出:多普勒相对论频移公式中物体的相对运动速度,实际上是相对于物体发射光子后的速度,而不是相对于发射前的速度,弥补了多普勒相对论频移公式的不足,更有利于在实验中进, 可以更好地为实验检验和计算提供支持。
关键词: 时间变慢 长度收缩 多普勒频移 动质量 速度变换。
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derivation of special relativity transformation formula without time slowing and length contraction
Abstract:In this paper, we try to use a new way to deduce the transformation formula of special relativity. On the premise of not assuming that time slows down and length shrinks, we use the experimentally tested Planck energy formula, momentum formula and mass-energy equation as the basis, namely, The relevant conclusions of the special theory of relativity can be obtained.At the same time, the biggest innovation of this paper is to point out that the relative motion speed of the object in the frequency shift formula of Doppler relativity is actually relative to the speed after the object emits photons, not relative to the speed before emission, which makes up for the Doppler relativity theory The insufficiency of the frequency shift formula is more conducive to progress in the experiment, and can better provide support for experimental verification and calculation.
Keywords: Time slows down Length shrinkage Doppler shift Dynamic mass Velocity transformation.
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