Structural Selection Research Portal
The Complete Structural Selection Corpus
Pre-Physical Selection, Temporal Closure, and Structural Stability as a unified account of physical reality.
Five books, one selection principle
Browse the digital book →Pre-Physical Selection & Emergent Reality
The flagship informational-field account: space, time, gravity, dark matter, and dark energy emerging from a single reaction–diffusion field selected by the world-selection functional Ξ.
Read Pre-Physical Selection →Gravity as a Temporally Closed Dynamical Phase
Reframes the existence of gravity as a temporal-closure criterion on system histories — orbit, collapse, and flyby phases, extended into a long program of astrophysical and electromagnetic appendices.
Read Temporal Closure →No-Singularity Gravity from Structural Stability
A regular black-hole metric with finite curvature invariants at the core, geodesic completeness, and observational consequences compared against Schwarzschild, Hayward, and Bardeen-type models.
Read No-Singularity Gravity →Born Rule from Stability & Measure Geometry
Derives the squared-norm measure from local additivity and normalization rather than postulating it — compared against Gleason's theorem, envariance, and decision-theoretic programs.
Read Born Rule →Unified Principle: Quantum Gravity & Structural Stability
Attempts a mathematical bridge between the quantum-side and gravity-side stability criteria developed in the other four books.
Read Unified Principle →Interactive unification mapSee what’s proven, simulated, assumed, conjectured, or open — across all five books, at once.Latest validation results
Full report →The Unified Theory Lab runs the corpus’s own load-bearing quantitative claims as live numerical simulation and checks them against what the books state, with an explicit tolerance on every check.
Open problems
All 80 logged gaps →Existence of W* is unproven
No topology or metric is constructed on the space of worlds 𝒲, so "W* = argmax Ξ(W)" denotes a possibly-empty set. Downgraded to a conditional proposition.
"Theorem S.1" (Emergent Relativity) has no proof text
The highest-severity finding in the manuscript audit: a Lorentz-invariance claim closed with a QED mark, with no derivation between the statement and the mark.
Galaxy rotation-curve data is absent
The SPARC observational test for the emergent-gravity dark-matter account is not run — real survey data isn't present on the machine that produced this corpus, and the lab does not work around that gap.