Frontier physics targets

This folder is the canonical navigation lane for physics targets in the corpus. It consolidates programme-level targets without replacing their source documents or promoting speculative material.

The lane is the practical face of the corpus's Jordan/Lie middle. Jordan and response structures say what can coexist and compose; Lie, symplectic and dynamical structures say how it can transform; the target register asks which of those structures survives scale, nuisance, detector and experimental gates. For the narrative connecting those layers, start with The admissibility frontier: current synthesis.

Canonical artifacts

• Corpus completion exit criteria — durable nine-gate target for dated physics–mathematics saturation; explicitly places current-input computational exhaustion below corpus completion.
• Physics–mathematics adjacency candidates — generated first-layer EXIT-01 universe crossing every maintained topic with the applicable relation families; generation is non-evidential until each candidate is dispositioned.
• Terminal-neighbourhood register — passed EXIT-02 matrix applying eight reopening moves to every closed or blocked topic; regeneration reopens the gate when a new terminal topic appears.
• Experiment exit audit — strict EXIT-03 field audit that measures what separates the existing design atlas from decision-complete experimental programmes.
• Frontier exhaustion checkpoint — current whole-corpus result, frontier shape and ranked next tranches.
• Finesse technology pathway — converts certificate-preserving descent, detector lifting and memory closure into a 90-day launch, a shared finesse device and a strict anomaly-to-new-physics escalation ladder.
• PageRank, Perron selection and the finesse trade-off — exact control model for stationary-family collapse, explicit selector provenance, contraction and the price paid in structural fidelity.
• Frontier physics target set — human-readable map, priorities and use rules.
• Per-target corpus assessments — reach band, internal assets, missing join, promotion test and neighbouring targets for every FPT entry.
• Target register — machine-readable source of truth for the normalized target set and all declared crosswalks.
• Coverage and provenance map — maps the admissibility lanes, legacy branches, external validation set, speculative arcs, terminal new-physics gates and recent execution packets into the canonical targets.
• Backward lineage and lightning path — distinguishes complete navigation from incomplete physical derivation and identifies the shortest shared-carrier route to a falsifiable join.
• Detector and frontier atlas — maps actual computational, laboratory, statistical and missing translation-level detectors onto twenty frontier regions.
• Detector/frontier register — machine-readable authority for detector records, controls, maturity, target coverage and source provenance.
• Frontier experiment atlas — one realistic controlled experiment for every frontier area, with platform, interventions, records, controls, decisive outcomes and stop rules.
• Frontier experiment register — machine-readable 22-experiment portfolio covering all maintained topics and detector bundles.
• Frontier experiment programmes v2 — decision-complete EXIT-03 surface for all 22 experiments and all 396 required cells, while preserving direct v1 content.
• Experiment programme overrides v2 — durable experiment-specific authorship for all transfer functions, covariance models, sensitivity calculations, decision gates, replication rules, release contracts and claim propagation; never overwritten by regeneration.
• Transition-operator propagation audit — scans every corpus Markdown document, propagates the eight-field operator-to-record boundary, and semantically separates genuine rate claims from effective poles, barrier metastability and unrelated uses of selection or matrix language.
• Spectral-width propagation audit — routes every effective-spectral candidate through the AZ-128 distinction between spectrum, effective damping, physical spectroscopy, detector folding and population lifetime.
• Barrier and kinetic propagation audit — separates quantitative escape and first-passage claims from metastable selection, adaptive hysteresis, algebraic usage and navigation.
• Transition-operator semantic dispositions — durable human review of the rate-context keyword collisions that do not make an operator-to-rate inference.
• Elliptic/hyperbolic/parabolic local alphabet — exact generator classification joining the quarter-turn, two-rail mirror and dual-number tangent seam while keeping physical branch selection open.
• Quarter-turn/mirror dual-seam closure — exact \(Cl(1,1)\) closure showing that the two nilpotent directed rungs are the null mixtures of the compact and split generators; AZ-131 subsequently passes the source-native anticommutation gate and relocates the frontier to inter-channel dynamics.
• Source-native Claimipedia rail closure — passes the anticommutation gate using the authored source/target grading, while proving that the resulting quarter-turn exchanges incidence and co-incidence channels rather than preserving one response kernel.
• Quarter-turn, split and dual propagation audit — routes every matching corpus document, identifies the independently certified recurring cells and refuses cross-carrier identity without an intertwiner, action and record.
• Incidence/co-incidence topology doublet — derives the Laplacian/signless-Laplacian quotient pair and identifies its rank difference with the graph's two odd-cycle components.
• Global semantic-adjoint no-go — proves the current source cannot close globally under any involution of the four relation types; only the Spin–Temple reciprocal cell survives.
• Three-resonator parity-switch detector — turns carrier, dual-face selector and triality detector into an executable three-mode experiment whose held-out cubic invariant is invisible to the first two spectral moments.
• Seam, channel and collapse separation — joins the local motion alphabet to transition physics while proving that seam crossing does not supply a decay amplitude; makes the W/Z branch conditional on an independent physical embedding, extra pathway and separating detector record.
• Observer, horizon and channel atlas — a MECE map of Unruh response, Hawking state/mode conversion, Kerr horizon/ergosurface/superradiance and nuclear open systems, with filled and unfilled regions plus explicit stop rules.
• Observer, horizon and nuclear literature review — primary and review literature mapped to the exact claims it supports and the stronger identifications it leaves open.
• Observer/horizon/nuclear priority assessment — sensitivity-tested ranking that puts controlled (^{229})Th factorization first, Kerr multi-record consistency second, nuclear many-channel controls third, Unruh in the calibration role and Hawking as the foundational endpoint.
• Where the next insight can enter — deepens that ranking into a common source–evolution–channel–detector factorization, shows exactly where the five areas differ, and maps every positive, negative and anomalous result to the next warranted move.
• Lenses make many points: spectral type, multiscale closure and admissibility — standalone analysis of the Becker--Yang counterexample: arbitrarily weak smooth nonnegative potentials can preserve the spectral set while replacing the continuous sector by dense pure point spectrum; derives the support/type/dynamics/scale/record distinction and a matched-control finite experiment.
• Thorium-229 shared-parent/host-channel programme — turns the leading precision lane into frozen specimen/intervention splits, explicit build/bridge/physics/propagation gates and an external-metadata stop rule.
• GW250114 Kerr multi-record programme — specifies a public strain/posterior analysis, posterior-predictive Kerr statistic, model/systematic comparators and a hard firewall between a gravity anomaly and any corpus-algebra bridge.
• TH229/Kerr decision-programme register — machine-readable observables, nuisances, sensitivity requirements, stop rules and ten outcome-to-propagation routes for the paired next tranche.
• Terminal-neighbourhood authored reviews — durable move-by-move findings, consequences and reopening data merged into the generated EXIT-02 queue without overwriting review judgment.
• Terminal-review adjacency crosswalk — explicit family-to-neighbourhood mapping that derives EXIT-01 dispositions for terminal topics without treating closure labels as evidence.
• Authored non-terminal adjacency reviews — relation-by-relation evidence, preserved/lost structure, implications and reopening data for live topics.
• Frontier complexity cards — five-stage existence, preparation, sampling, detection and independent-verification audit for FPT-001--010 and FPT-022.
• Complexity-card register — machine-readable scaling classes, variables, approximation boundaries, independent checks and stop rules.
• Open topics — maintained priority queue with explicit stop rules.
• Open-topic register — machine-readable questions, dependencies, next actions, closure conditions and kill tests.
• AZ gate coverage audit — reconciles every AZ-001--AZ-057 gate as live, superseded or closed.
• AZ gate coverage register — machine-readable gate ownership and resolution provenance.
• Wave 6--7 gate audit — reconciles every frontier-wave packet with the live queue.
• Wave 6--7 gate register — machine-readable wave disposition and topic ownership.
• Residual programme gate audit — scans every other programme family for explicit unresolved-gate language.
• Residual programme gate register — maps physics gates to topics and preserves separately governed programmes.
• Full-corpus gate census — scans every corpus Markdown/JSON artifact, separates historical gate language from live ownership and exposes any unrouted residue.
• Full-corpus census register — file-level hashes, matched phrases, state signals, semantic routes and owner references for every lexical gate match.
• Verifier — checks completeness, identifiers, mappings, epistemic firewalls and referenced source paths.
• Detector/open-topic verifier — checks identifier integrity, source existence and complete detector/topic coverage of all targets and frontier regions.
• Experiment-atlas verifier — proves one experiment per frontier area and complete coverage of all topics and detector bundles.
• Complexity-card verifier — checks exact target coverage, all five resource stages, source provenance and the retained exponential/unknown boundaries.
• AZ gate verifier — checks complete packet coverage, topic ownership and resolution paths.
• Wave gate verifier — discovers and checks every retained Wave 6--7 packet file and its live owner, including distinct packets that reused a display number.
• Residual programme verifier — ensures every remaining matching programme file has a queue mapping or separate owner.
• Full-corpus census verifier — rescans the complete corpus scope, checks source hashes and proves exact record equality, valid topic references and zero unresolved owners.
• Completion-contract verifier — enforces the nine simultaneous exit gates, finite adjacency universe, terminal-neighbourhood protocol, experiment decision layers and non-completion status while any gate remains open.
• Adjacency-candidate verifier — proves exact topic/area/family coverage, validates evidence-bearing dispositions and refuses EXIT-01 closure while any candidate remains unreviewed.
• Terminal-neighbourhood verifier — proves exact terminal-topic/move coverage and validates each evidence-bearing reopening review.
• Experiment-exit verifier — compares every experiment against the explicit eighteen-field programme contract and refuses EXIT-03 closure while any cell is missing.
• Experiment-programme provenance verifier — proves exact v1 migration, authored-override preservation, valid experiment IDs and the existence of every cited programme evidence file.
• TH229/Kerr decision-programme verifier — requires build, bridge, physics, sensitivity, stop and propagation fields and rejects automatic new-physics promotion.

Scope

The unit of this register is a research target, not a document. Claims, evidence files and programme notes attach to targets as provenance. A document may serve several targets, and a target may contain many claims.

The register presently normalizes:

• 22 core frontier targets;
• 14 legacy multi-branch research lanes;
• eight external validation phenomena;
• eight explicitly speculative missing-middle arcs;
• two terminal torsion-flavour new-physics gates; and
• the current AZ-032--AZ-057 execution, bridge, literature and re-ranking sequence.

The detector extension additionally normalizes:

• 20 frontier regions;
• 37 detector bundles; and
• 50 maintained topics: 45 live across active, open, audit, gated and blocked states, plus five closed with retained evidence.

The full-corpus census presently hashes and inventories all 3,264 in-scope Markdown/JSON artifacts across corpus/ and the evidence ledger, including 1,575 numbered claims and 960 evidence artifacts. It reconciles 1,909 files containing the expanded gate vocabulary or an open-like structured status, including 1,176 claims and 182 evidence records; the other 399 claims are explicitly recorded as having no declared gate. It reports zero unmatched ownership records. This is a lexical, structured-status and governance exhaustion result, not a claim that every tacit scientific question has been discovered or solved.

Speculative entries remain visible but carry zero evidential weight. Crosswalk membership indicates relevance, not proof of a physical identification.