True Relativity
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2025
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| author | Ashir Azeem |
| author_facet | Ashir Azeem |
| contents | <p><span>There are some unresolved paradoxes and inconsistencies in special relativity and general<br>relativity. This paper is an attempt to fix them all. I presented the true version of relativity. And it<br>is shown conclusively that speed of light cannot be same with respect to source or observer.<br>Simultaneity is absolute. Galilean invariance is indeed deep symmetry of the universe. And it<br>applies on the speed of light too. In Michelson and Morely experiment there is simple addition<br>and subtraction of velocities with respect to source and mirror so that is why there is no fringe<br>shift when apparatus moves with a certain velocity. In moving conductor and magnet problem, in<br>both cases same phenomenon is involved. If the conductor is moving there is Lorentz force on the<br>moving charges in the conductor. And if the magnet is moving then there is same force involved<br>i.e. Lorentz force on moving charges. Maxwell’s equations cannot be used to determine that the<br>speed of light is constant for all inertial frames. I conceived that the flaw is not in Galilean<br>invariance but in Maxwell’s electrodynamics. </span><span>3 × 10</span><span>8 </span><span>m/s is not the speed limit of the universe.<br></span><span>When a galaxy goes away it gives red shift. It is because of photons or light slows down. There is<br>simple addition and subtraction of velocities. Light behaves just like other particles. Speed of light<br>is not constant. Time dilates and inertial mass increases as an object moves. In gravity there is<br>increase in time dilation and increase in inertial mass</span><span>. </span><span>Equivalence principle is not very<br>extraordinary. No matter how much you curve spacetime it will not result in acceleration. </span><span>The<br>idea of spacetime curvature seems unrealistic and fictitious.</span> </p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18079606 |
| institution | Zenodo |
| language | |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | True Relativity Ashir Azeem <p><span>There are some unresolved paradoxes and inconsistencies in special relativity and general<br>relativity. This paper is an attempt to fix them all. I presented the true version of relativity. And it<br>is shown conclusively that speed of light cannot be same with respect to source or observer.<br>Simultaneity is absolute. Galilean invariance is indeed deep symmetry of the universe. And it<br>applies on the speed of light too. In Michelson and Morely experiment there is simple addition<br>and subtraction of velocities with respect to source and mirror so that is why there is no fringe<br>shift when apparatus moves with a certain velocity. In moving conductor and magnet problem, in<br>both cases same phenomenon is involved. If the conductor is moving there is Lorentz force on the<br>moving charges in the conductor. And if the magnet is moving then there is same force involved<br>i.e. Lorentz force on moving charges. Maxwell’s equations cannot be used to determine that the<br>speed of light is constant for all inertial frames. I conceived that the flaw is not in Galilean<br>invariance but in Maxwell’s electrodynamics. </span><span>3 × 10</span><span>8 </span><span>m/s is not the speed limit of the universe.<br></span><span>When a galaxy goes away it gives red shift. It is because of photons or light slows down. There is<br>simple addition and subtraction of velocities. Light behaves just like other particles. Speed of light<br>is not constant. Time dilates and inertial mass increases as an object moves. In gravity there is<br>increase in time dilation and increase in inertial mass</span><span>. </span><span>Equivalence principle is not very<br>extraordinary. No matter how much you curve spacetime it will not result in acceleration. </span><span>The<br>idea of spacetime curvature seems unrealistic and fictitious.</span> </p> |
| title | True Relativity |
| url | https://doi.org/10.5281/zenodo.18079606 |