The Void Energy-Regulated Space Framework (VERSF) presents a unified, first-principles model of reality in which mass, time, quantum behavior, and cosmic structure all emerge from scalar resonance and entropy flow within a structured void. In this novel paradigm, particles are modeled as standing scalar attractors shaped by coherence, void anchoring, and entropy gradients—eliminating the need for imposed gauge symmetries, arbitrary coupling constants, or dark matter.
VERSF accurately reproduces the masses of known particles (electron, muon, tau, pion, proton, and Higgs) from resonance geometry alone and introduces predictive power by forecasting a previously unknown scalar particle at 3.18 MeV. It reinterprets quantum collapse, spin, and electromagnetic interaction as emergent from phase-locked scalar geometry, and derives time as a consequence of entropy-driven coherence decay.
From the fine-structure constant to galactic rotation curves and scalar-based chemical bonding, VERSF unifies quantum field behavior, relativistic dynamics, and thermodynamic principles under a coherent entropic geometry. It proposes falsifiable predictions and provides the first observational support through entropy-based galaxy dynamics—without invoking dark matter or modified gravity.
This work invites physicists, cosmologists, and systems thinkers to explore a paradigm where structure, mass, and time are not fundamental—but emergent.