质能等效性和长度收缩与声速等于光速的流体以太的压缩一致
The mass-energy equivalence and length contraction are consistent with compression of a fluidic aether with a speed of sound equal to the speed of light
摘要：
洛伦兹以太理论是狭义相对论（SR）在数学上等价的先驱。它假设存在一个静态的以太填充空间，在这个空间中粒子受到洛伦兹因子的影响而长度收缩，从而解释了迈克耳孙-莫雷实验的零结果。然而，由于洛伦兹因子的明显任意引入，它很早就被放弃了，转而支持SR。以太此后被假定不存在，因为它似乎是不可检测的，不需要的SR。在这篇讨论文件中，有人认为，这种推理拒绝以太是没有根据的，因为洛伦兹因子也出现在流体动力学中的阻力增加项时，接近声速。这意味着，例如，洛伦兹因子的粒子加速器测试可以被解释为流体以太的检测形式。此外，它表明，质能等效是相同的能量压缩的流体与声速等于光速。因此，以太不仅可能存在，而且它也是构成所有粒子的物质。
英文摘要：
The Lorentz aether theory was the mathematically equivalent precursor to the special theory of relativity (SR). It assumed the existence of a static aether filling space in which particles are affected by the Lorentz factor for length contraction to explain the null result of the Michelson-Morley experiment. However, it was early abandoned in favour of SR due to the apparent arbitrary introduction of the Lorentz factor. The aether has thereafter been assumed not to exist as it is seemingly undetectable and not needed for the SR. In this discussion paper it is argued that this reasoning to reject the aether is unfounded since the Lorentz factor also appears as an increased resistance term in fluid dynamics when the speed of sound is approached. This means that, for example, particle accelerator tests of the Lorentz factor can be interpreted as a form of detection of a fluidic aether. Furthermore, it is shown that the mass-energy equivalence is identical to the energy for compression of a fluid with the speed of sound equal to the speed of light. It is thus possible that the aether not only exists but that it also is the matter all particles are made of.
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。
