<b>Angular 0.0: A Single Angle-Based Equation Bridging the Quantum and the Cosmos</b>

<b>Preliminary Statement: Redefining Fundamental Physics</b>The Standard Model and General Relativity impose <b>27+ free parameters</b> and assume fundamental constants (G, c, ħ) <b>without justification</b>. These frameworks, while operationally successful, <b>do not explain why</b> these constants take their observed values—nor why they should be considered fundamental at all.<b>Angular 0.0 changes this entirely.</b>Rather than patching together empirical parameters, <i>Angular 0.0</i> derives mass hierarchies, entropy laws, and cosmic evolution from a <b>single equation</b>, governed by one discrete angular quantum:<pre><pre><br>m(s) = (DeltaTheta0)^alpha * exp[ - pi^2 / (4 * S(s)) ] * [1 + epsilon * cos(2 * pi * delta * s)]^beta.<br></pre></pre><b>No arbitrary constants</b>: Newton’s G, Planck’s ħ, and even the cosmological constant <b>emerge as effective properties</b>, not imposed values.<b>No redundant symmetries</b>: Lie groups (SO(3), SU(2)) are <b>not fundamental axioms</b>, but <b>statistical outcomes</b> of discrete angular dynamics.<b>Testable falsifiability</b>: If these derived constants fail to match observations, Angular 0.0 collapses entirely—unlike the Standard Model, which survives by adjusting parameters indefinitely.This is not just an alternative framework—it is <b>a direct challenge</b> to conventional physics. Either fundamental constants are <b>real, emergent properties of a deeper structure</b>, or they are <b>arbitrarily defined numbers with no physical meaning</b>. Angular 0.0 provides the test.