<b>The Gravity of Probability: A Semi-Classical Theory of Gravitational Effects from Quantum Probability</b><i>(With Supporting Empirical Tests Using SPARC Galaxy Rotation Data)</i>

Gravity of Probability VI: Cosmological Implications of Probabilistic Curvature in a Flat, Accelerating, and Rebounding Universe10.6084/m9.figshare.29487836<br>Gravity of Probability V: Testing the Gravity of Probability Model on Big Bang Nucleosynthesis and Cosmological Evolution10.6084/m9.figshare.29487725<br>Gravity of Probability IV: Testing the Gravity of Probability Model on Gravitational Lensing in the Bullet Cluster<br>10.6084/m9.figshare.29487086Gravity of Probability III: Testing the Gravity of Probability Model on Large-Scale Structure and BAO10.6084/m9.figshare.29486744<br>Gravity of Probability II: Testing Quantum-Informational Curvature Using CMB Anisotropies10.6084/m9.figshare.29486489Testing the "Gravity of Probability" by Jordan Waters with SPARC Rotation Curves10.6084/m9.figshare.29486204<br>_________________<br>Using rotation curve data from three SPARC dwarf galaxies (DDO 154, DDO 170, UGC 00128), the theory’s probabilistic curvature term is quantitatively applied, yielding low χ² fits and eliminating the need for exotic dark matter particles.The theory modifies Einstein’s field equations to include decoherence-weighted quantum probability distributions as curvature sources. This version reflects a fully derived, parameterized, and tested formulation.<br>All of my papers are written <b>w</b><b>ithout invoking</b> the need of extra fields, strings, higher dimensions, quantum foam, new particles, synthetic constructs, ad hoc modifications, or loop variables. The entire hypothesis is derived on a semi-classical minimalist framework grounded in known physics.<br>