All this was based on classical electrodynamics, assuming an ether theory.
所有这些都基于电动力学，是以太论的前提。
Bradley's discovery supported a corpuscular theory, or at least it did not support the idea of an ether drag.
布拉德利的发现支持微粒子理论，或至少它不支持以太拖拉的想法。
It is possible that ether exists according to symmetry of physical world and ether is virtual particle of super light velocity baseing on the formula of restricted relative theory.
文章从物理世界的对称性论述了以太存在的可能性，并指出根据狭义相对论公式可以得出以太是超光速的虚粒子。
When Albert Einstein proposed his special theory of relativity in1905, he rejected the19 th-century idea that light arises from vibrations of a hypothetical medium, the "ether."
爱因斯坦在1905年提出狭义相对论时，驳斥了一项19世纪的观点：光波是由一种假想介质“太”振动而产生的。
When Albert Einstein proposed his special theory of relativity in1905, he rejected the19 th-century idea that light arises from vibrations of a hypothetical medium, the "ether."
爱因斯坦在1905年提出狭义相对论时，驳斥了一项19世纪的观点：光波是由一种假想介质“太”振动而产生的。
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