Relativity in the Aftermath of the Michelson-Morley Experiment

<div> <p>The Michelson–Morley experiment aimed to measure Earth’s velocity through the aether, but it failed to detect the expected wave interference. However, interference between the two beams should have occurred—not due to a difference in their speeds, but due to the change in the wavelength of one of the two rays caused by the Doppler effect. The absence of non‑coherent interference can be attributed to the fact that the light source, the reflected beams, the observation device, and the observer were all in the same frame of reference (Earth).</p> <p>Scientists concluded that the speed of light is independent of the source’s velocity and direction, necessitating new transformations to replace Galilean relativity. Lorentz transformations emerged as the most suitable, yet they relied on a misinterpretation of the experiment’s results. Einstein later founded his theory of relativity based on Lorentz transformations, the constancy of the speed of light for all observers, and the rejection of the aether—without realizing that his own equations of relativity implicitly suggest that light does depend on the source’s velocity.&nbsp;</p> <div> <p>I do not claim that the scientists of the past were mistaken—they were undoubtedly brilliant—but the information and measurement tools available to them were limited compared to what we have today. My contribution lies in re‑examining these experiments and theories, placing them in their correct context with documented evidence and mathematical proofs, and proposing a revised interpretation.</p> <p>After years of independent study, I have designed an experiment inspired by Michelson–Morley’s setup to determine Earth’s velocity relative to the aether—not as a medium for light propagation, but as an absolute stillness reference frame. The success of this experiment would provide definitive evidence supporting the conclusions of this research.</p> </div> </div>