Everything Equation

Welcome to the Everything Equation

And The Tier-0 Framework

A premium research platform curating open problems and scholarly articles, connecting ideas across disciplines.

What is the Everything Equation?

\mathcal{L}=\Omega\Delta\partial(\mathcal{L})

The Everything Equation is a unifying structural principle proposed to govern physical law, mathematics, and information under a single closure condition.

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Tier-1 Dynamical Realization

Tier-0 provides a closure/admissibility criterion. Tier-1 makes it concrete: a coupled Dirac–Λ operator system whose low-energy expansion recovers GR + Yang–Mills + fermions, while enforcing non-tunable admissibility constraints.

S[g,A,\psi]=\mathrm{Tr}^\ast\!\big(f(D_E^2/\Lambda^2)\big)+\langle \psi, D_E\psi\rangle

S_{\Omega}(D_E;T)\le D_T(K)\quad \text{for}\quad T\in[T_{\mathrm{UV}},T_{\mathrm{IR}}]

S_{\Omega}(D_E;T_{\mathrm{UV}})=D_{T_{\mathrm{UV}}}(c_M K)\qquad\text{(UV anchor)}

\delta\!\left(S+\int_{T_{\mathrm{UV}}}^{T_{\mathrm{IR}}}\big(S_{\Omega}-D_T\big)\,d\mu\right)=0\qquad\text{(KKT stationarity)}

View Tier-1 field equations See downstream physics problems

Latest Problems

Standard Model of Particle Physics

Law-level derivation of the Standard Model gauge group, fermion content, anomaly cancellation, and family multiplicity from Tier–0 closure and admissibility.

Strong CP Problem

Structural vanishing of the QCD vacuum angle θ: within the coupled Dirac–Λ Tier-1 realization, θ is not a free tunable parameter in admissible stationary sectors and is forced to vanish (or be rendered physically inactive) by record-admissibility and positivity constraints.

Exact Yukawa Prediction

An across-the-board no-go result: within the capacity-coupled Dirac–Λ realization, exact Yukawa prediction is structurally obstructed by admissibility and implementability constraints, preventing a universal exact determination of Yukawa parameters as rigid outputs of the framework.

Latest Papers

The Everything Equation: A Universal Closure Principle for Law Structure

<p>This paper develops and proves a universal mathematical principle governing the structure of lawful systems. We show

The Everything Equation in Physics: A Universal Closure Principle for Physical Law

<p>This paper presents the physical realization of the Everything Equation, a universal recursion law originally formula

The Tier-0 Framework and the Everything Equation: A Law-Level Closure and Selection Architecture for Physics, Mathematics, and Information

<p>This monograph presents a consolidated and stabilized formulation of the Tier-0 Framework, a law-level closure and se