Freeman's Theory: Rethinking Fundamental Physics Through Gravitational Influence

Freeman’s Theory proposes an alternative perspective on fundamental physical laws, suggesting that measurements within the Solar System are influenced by its gravitational field. The theory does not reject Newtonian mechanics or Einstein's relativity but questions their universality, hypothesizing that physical constants and laws may be local rather than global. This paper explores three key hypotheses: (1) the locality of physical laws, (2) the non-universality of the speed of light, and (3) the accumulation of errors in Euclidean geometry. These concepts provide alternative explanations for cosmological anomalies such as discrepancies in the Hubble constant, the need for dark matter, and deviations in space probe trajectories. While Freeman’s Theory remains hypothetical, it opens new avenues for research and experimental verification.