Relativity in the Wake of Michelson-Morley Experiment

&nbsp; &nbsp;<span>After Maxwell’s electromagnetic theory, to determine the speed of light relative to a moving observer, Michelson conducted an experiment to measure the Earth’s speed through the ether. Although the experiment did not achieve its intended goals, it remains one of the most remarkable experiments in physics. Despite the brilliance of its concept, its execution did not fully align with its theoretical design. Nevertheless, wave interference should have appeared in the experiment-not due to a difference in the speed of the two beams but because of the wavelength difference between them caused by the Doppler effect. Yet, no heterogeneous interference between the beams was observed, as the light source, the beams reflected from the mirrors, the observation apparatus, and the observer were all in the same frame of reference: Earth.</span> <p><span>Following the unexpected results, scientists concluded that the speed of light is independent of the source’s speed and direction. This necessitated new transformations to replace the Galilean transformations, enabling a moving observer to apply the laws of electromagnetic theory. The best among these were the Lorentz transformations, but it relied on a flawed interpretation of the experiment’s results. Matters did not stop there; Einstein founded his theory of relativity based on the Lorentz transformations, the constancy of the speed of light for all observers equally, and the failure of the ether hypothesis-without realizing that his theory’s equations implied that light depends on the source’s speed. This introduced a mathematical inconsistency in its results, which persists to this day, with no one able to determine its cause or refute the theory entirely.</span></p> <p><span>In his book *Brief Answers to the Big Questions*, Stephen Hawking noted: "If someone applied for a grant to study time travel, they would be immediately rejected. Research into the possibility-or impossibility-of time travel is far too dangerous to be addressed scientifically, as any scientific proof of its impossibility would, in fact, dismantle the theory of relativity, which is a cornerstone of modern physics. So, what distinguishes yesterday from today?</span></p> <p><span>After relentless effort and seven years of in-depth study of the Michelson-Morley experiment and relativity, I designed an experiment modelled after Michelson-Morley’s, through which we can determine the Earth’s speed relative to the ether-taking the term "ether" not as a medium for light waves but merely as an absolute rest reference frame. This experiment is intended to be the most definitive confirmation of everything presented in this research. To achieve this, I need the collaboration of a scientific institution to conduct the<b> </b>experiment in a physics laboratory, document its success, and establish it as the most conclusive evidence validating the research.&nbsp;</span></p> <div></div>