The discussion centers on an alternative derivation of Special Relativity (SR) where the invariance of the speed of light is a conclusion rather than a postulate. The original poster (OP) struggles with skepticism from academic mentors and seeks guidance on how to proceed with a model that reproduces SR phenomena like time dilation and the relativistic Doppler effect without assuming the constancy of light speed. Contributors reference a related paper (arXiv:physics/0302045) that derives Lorentz transformations without the second postulate of SR, categorizing possible cases for the parameter K and confirming that only the case K>0 corresponds to experimentally validated SR. The consensus emphasizes the importance of literature review, experimental validation, and peer review, while acknowledging the difficulty of publishing unconventional theories as an undergraduate without mentorship.
Undergraduate physics students exploring foundational aspects of Special Relativity, theoretical physicists interested in alternative axiom systems, and researchers investigating the logical structure and experimental validation of relativistic postulates.