The Fundamental Speed Theory (FST) proposes a paradigm shift in theoretical physics by introducing a fundamental speed vector field V^{\mu} as a dynamic component of spacetime. This field interacts with gravity and matter, offering unified explanations for several astrophysical phenomena without invoking particle dark matter or modifying established laws of physics at small scales. The theory provides: · A natural explanation for flat galactic rotation curves · A potential mechanism for anomalou…
Read moreThe Fundamental Speed Theory (FST) proposes a paradigm shift in theoretical physics by introducing a fundamental speed vector field V^{\mu} as a dynamic component of spacetime. This field interacts with gravity and matter, offering unified explanations for several astrophysical phenomena without invoking particle dark matter or modifying established laws of physics at small scales. The theory provides: · A natural explanation for flat galactic rotation curves · A potential mechanism for anomalous accelerations of interstellar objects · A cosmological framework yielding a Hubble constant consistent with recent measurements · An intrinsic screening mechanism ensuring compatibility with solar-system tests FST demonstrates empirical success by fitting rotation curve data across 137 galaxies from the SPARC database and offers testable predictions for future observations. doi.10.5281/zenodo.17434843.
