Epistemic Status
A complete map of every major claim and its current status
The standard of evidence this framework claims for itself should be stated once, plainly, so it isn’t mistaken for a larger one. This is not an attempt to out-derive the Standard Model or General Relativity on their own ground. Every confirmed result of modern physics is treated as settled and unchallenged. The framework’s task is to show that its ontology is consistent with each of them, contradicts none, and to offer a structural reading of why they hold. Where that reading rises to a genuine derivation, it is marked as such below. Where it does not yet, the honest label is consistency, not proof, and the gap is named rather than papered over.
Five status labels:
- Settled – established physics, confirmed by experiment; the framework reads these, doesn’t challenge them.
- Structural account in place – the mechanism is identified; formal derivation remains outstanding.
- Conceptually dissolved – the problem disappears under the framework’s account.
- Qualitative account in place – the direction is correct; quantitative precision is outstanding.
- Interpretive account – a new reading of established mathematics, no new prediction.
The strongest evidence
Most of what follows is honestly labelled short of full derivation, and that is the point of this map. But five results were derived first, independent of any known target, and only checked against measurement afterward, the same discipline a real prediction requires. These are the strongest evidence this framework currently offers, and they are listed first so they aren’t lost among more routine entries.
The electron’s stretching-threshold wavelength Derived from the compression geometry alone, λ_crit = h/2m_ec comes out to exactly half the electron’s Compton wavelength, a clean, exact ratio, not an approximation tuned to fit.
The pair-production threshold The same stretching-threshold mechanism independently lands on 1.022 MeV, precisely twice the electron rest mass, the real, measured energy at which pair production actually occurs.
The Bullet Cluster prediction A structural, falsifiable prediction about the separation between lensing mass and visible gas, stated in advance of being checked against the actual observation, not fitted after the fact.
CMB Gaussianity as mathematical necessity The near-perfect Gaussian distribution of CMB fluctuations is predicted as a direct consequence of binomial statistics at large n, not assumed as an input, giving a falsifiable point of contact with the most precisely measured dataset in cosmology.
Three generations tied to three dimensions Named as the framework’s sharpest novel prediction: a confirmed fourth particle generation, with no matching revision to the three-dimensionality derivation, would falsify the link outright, in one specific, named way.
Quantum Mechanics and Particle Physics
Particle identity (all electrons identical). Settled.
Lorentz invariance and relativity of simultaneity. Consistency demonstrated. The slicing of a “now” is unobservable in principle to relay-built instruments, not merely hidden by coincidence; the exact hyperbolic form of the boost from relay geometry remains an open problem.
Wave-particle duality and superposition. Structural account in place.
Double-slit and delayed-choice eraser. Structural account in place, via a mechanical reading of transient contact versus permanent registration.
Born rule (probability = |ψ|²). Conceptual proof complete; formal derivation outstanding. Two independent candidate mechanisms are on record, one for why the amplitude is squared, one for why it is complex, complementary but not yet demonstrated.
Pauli exclusion principle. Structural account in place.
Spin-statistics theorem. Structural account in place. Spin-½’s 720-degree rotation requirement is derived directly from the electron’s tri-closure geometry.
CPT symmetry. Not yet engaged with directly; outside the framework’s current scope.
Asymptotic freedom. Settled.
Renormalisation. Not yet engaged with directly; outside the framework’s current scope.
Entanglement. Structural account in place, read as shared temporal structure, not signal transfer across a spatial gap.
Bell’s theorem specifically. Not yet engaged with directly.
Measurement problem. Structural dissolution. An unmeasured particle has no position differentiated with respect to a detector it hasn’t coupled to. This is what indeterminacy is, not a separate mystery layered on top.
Forces, Fields, and Unification
Four fundamental forces as one temporal geometry. Structural account in place. Gravity, electromagnetism, and the strong and weak forces are read as one tension expressed through different domain geometries.
Standard Model as one field in multiple configurations. Structural mapping complete. SU(3)×SU(2)×U(1) is derived from a single boson’s two degrees of freedom, orientation and phase; the formal Lie algebra proof remains open.
Higgs field and mass generation. Structural account in place. The Higgs field is identified directly with the tri-Euclidean potential field; the specific mass-scaling function is not yet known.
Primordial black holes. Consistency demonstrated. Same coupling mechanism as stellar-collapse black holes, reached via early plasma-soup pressure; formal formation-rate derivation outstanding.
Other cascades beyond our own. Interpretive account. Probable given the framework’s own commitments to an unbounded substrate and nonzero absolute-1 probability, but permanently unverifiable by construction, consistent with rather than in tension with that boundary.
Why quantum gravity fails. Structural dissolution, read as a domain category error. Gravity is the large-scale geometry of the same principle the strong force expresses at the quantum scale, applying one domain’s mathematics to another domain’s geometry, not a missing theory.
E = mc². Settled. Read as temporal convergence: mass as what happens when energy closes into a recursively cycling loop instead of advancing freely.
Gravity and Cosmology
Equivalence principle. Settled, confirmed to one part in 10¹⁵ by the MICROSCOPE mission (Touboul et al., 2022).
Schwarzschild metric. Consistency demonstrated; full derivation outstanding. Read as the same equation as the electron’s own minimum stable radius, at a different depth.
Dark matter (rotation curves, lensing). Qualitative account in place, read as a domain-boundary effect.
Dark energy and the cosmological constant. Qualitative account in place, read as a probability-field reassertion at the cosmic boundary. A framework that claimed to solve this in one paragraph would not deserve to be believed, and this one does not claim that.
Baryogenesis. Structural account in place. Handedness dominance is a contingent fact about the single expansion, not derived from first principles; what is structural is everything that follows from it, the pole-matching geometry and the self-limiting annihilation that trims matched pairs.
Hubble tension. Qualitative account in place. Read as two probes correctly sampling different domain regimes, not a measurement error to be reconciled; the specific size of the discrepancy is not yet derived from first principles.
Black hole entropy. Structural account in place. Scaling with horizon area rather than volume follows directly from the event horizon being a temporal boundary; the exact numerical coefficient remains open.
Inflation and dark energy as one law. Structural account in place. Both are read as the same binomial growth law at two points on one curve, one of the framework’s most satisfying results.
Space, Time, and Structure
Three spatial dimensions. Structural account in place. A logical necessity of tri-Euclidean geometry from the self-reference minimum, confirmed independently by Ehrenfest’s 1917 stability argument.
Arrow of time. Settled. Read as the directionality of differentiation, which does not require a special low-entropy starting condition the way Boltzmann’s account alone does.
Proton stability. Structural account in place. The three-lobed resonance the closure geometry requires leaves nowhere else for the configuration to go.
Why something rather than nothing. Structural dissolution. Zero is not nothing; the question’s premise is false.
Relativity of simultaneity, answered rather than sidestepped. Structural account in place. Every clock and ruler is itself built from relays running under the same fixed tick budget, making a real “now” slice unobservable in principle.
Consciousness and Cognition
Consciousness as temporal self-modelling. Conceptual framework in place.
Hard problem of consciousness. Structural dissolution. Consciousness is read as a domain, not a mystery bolted onto physical process.
Qualia as field-state interpretations. Structural account in place. The distinctness of qualia is what this account predicts, not the open question it is usually treated as.
Intelligence as fundamental. Structural account in place. Dissipative structures, slime moulds, immune systems, root networks, solve real problems with no nervous system at all.
Falsifiable consciousness predictions. Named directly, with three specific predictions, stated measurement tools, and stated failure conditions, held to the same standard as every physical prediction in the framework.
This map is not exhaustive, and it will not stay fixed. Where a claim above is later derived formally rather than structurally, or where a structural account is shown to fail, this page will be updated to say so. That is the standard the framework holds itself to.
Rendered by Kiran Indur