Pragma Pragma Standard Model + Gravity
Best starting points
OPH Textbooks Structured guided route through the OPH derivations. Paper summaries HTML summaries of the six-paper OPH stack. OPH Lab Interactive route into the Standard Model and unification chain. Mini-Universe Simulation Observer patches, overlap readback, records, and repair in motion.
Observer Patch Holography

Standard Model unified with gravity.

OPH approaches the phrase Standard Model unified with gravity literally but with branch boundaries visible: the same observer-overlap consistency framework carries a conditional Lorentz/null-modular/Einstein branch and an exact finite Q0 recognition packet for Standard Model quotient and representation structure. Physical producer receipts remain open.

The compact technical target differs from a conventional grand unified theory. OPH starts earlier, with finite observer patches that must agree on shared overlap data. The gravity route requires its stated common-domain tower. On the gauge side, the finite packet conditionally recognizes quotient, hypercharge, color, and a rank-three candidate family band. The QFT landing is a typed dependency graph: QFT-Q2 and QFT-Q3 are parallel descendants of QFT-Q1, strict finite-order W/Z algebra belongs to QFT-Q3, and QFT-Q4 separately consumes a nonperturbative observable tower and resonance continuation packet. Physical currents, the rank-45 family attachment, scalar dynamics, the OPH-native action and quantum constructions, matching and identity transcripts, current amplitudes, numerical freeze, observable tower, analytic sheet, clock, and OPH-native W/Z poles remain open.

This is the search-facing bridge between physics unification, quantum gravity, and the OPH theory-of-everything claim. In the zero-dial framing (zero quantitative inputs at the theory layer; working borrows counted in the scorecard), the local equation P_* = phi + sqrt(pi)/A_T(P_*) has a certified root for an incomplete map, while the official global equation is N = log M0(U_N); finite correctable-record readback is M0(q) = alpha(Gq) and robust closure is Fr,0(D*) = {D*}.

The particle-side hierarchy bridge reads v/E_cell = (N_EW/pi)^(-P_*/12). Its conditional central value is about 6.6% above the Lambda-located capacity; three physical premises and posterior propagation are open.

Standard Model unified with gravity Lorentz / Einstein branch SM quotient Quantum gravity
Read paper summaries Open the synthesis chain Read the compact paper

What OPH unifies

OPH uses observer-overlap consistency as the common mechanism. A finite observer has access to a local patch; neighboring patches must agree where their observations overlap. The public world is the fixed point of that consistency problem.

On the gravity side, the framework follows the route from overlap, modular structure, generalized entropy, and horizon thermodynamics toward Lorentz structure and an Einstein branch. On the Standard Model side, Euler incidence fixes only the total coordination-defect charge, not twelve sites or an icosahedral action. The strengthened finite packet supplies the twelve-port A5 module, conditional quotient arithmetic, a one-generation rank-15 witness, and a canonical rank-three candidate family band. MAR selects three as the least value in its declared economy window; the physical rank-45 family attachment and Q1-Q4 receipts remain open.

Beyond grand unification

A conventional grand unified theory usually tries to embed the Standard Model gauge group into a larger gauge group. OPH instead derives a product Lie type on the conditional finite-screen branch and reconstructs its physical compact group from observer-visible currents and edge sectors. This route contains no simple-group X/Y gauge-boson sector.

That is why this page uses the phrase Standard Model unified with gravity rather than only grand unification. The target is one framework behind spacetime, gravity, gauge structure, particles, records, and observers.

Where To Inspect

Use the papers for claim status, the lab for the map.

FAQ

Short answers for search readers.

Does OPH unify the Standard Model with gravity?

OPH presents a branch-scoped program: the gravity route is conditional, while the finite A5 packet recognizes Standard Model quotient and representation structure at Q0. QFT-Q2 and QFT-Q3 are parallel descendants of QFT-Q1, strict finite-order W/Z algebra belongs to QFT-Q3, and QFT-Q4 has separate observable-tower and resonance inputs. The implications are conditional; their OPH-native producers remain open.

What does Standard Model unified with gravity mean here?

It means OPH studies gravity and conditional Standard Model structure inside one dependency architecture. The rank-three family band is a candidate, N_g=3 is a MAR economy minimum, and physical attachment remains open.

Where is the formal argument?

The compact paper is the shortest formal entry point. The OPH paper summaries page links the broader six-paper stack.