theory badges

838 public concepts

This index is navigation only; assess each concept and its sources before use.

1. Vacuum Electromagnetic Field Energy Density — Computes the classical local energy density of electric and magnetic fields in vacuum.
2. Electromagnetic Curvature-Unit Source Proxy — Converts a classical EM energy-density scalar into the inverse-length-squared units of the Einstein source term.
3. Vacuum Plane-Wave Energy Flux — Relates energy density and energy flux for an ideal traveling plane wave in vacuum.
4. Casimir / DP Separated-Lane Study Protocol — Runs Casimir reference, material/metrology, DP branch, bounds, bridge, sensitivity, reproduction, and paper-update stages in dependency order.
5. Boundary-Conditioned Manifold-Response Hypothesis — Tests whether a controlled Casimir boundary change leaves a coherence-rate residual after ordinary electromagnetic, thermal, mechanical, and readout decoherence are accounted for.
6. Branch-Conditioned Complete Stress-Energy Hypothesis — Defines the tensor difference that would have to be established between material-superposition branches and boundary settings before a gravitational response can be calculated.
7. Boundary Metric and Stress-Noise Response Hypothesis — Reserves a causal tensor-to-metric and stress-noise response slot after the complete branch-conditioned source has been established.
8. Boundary-Conditioned Coherence Extension — Defines the final unregistered slot that would map a separately validated metric or stress-noise response into an additional boundary-dependent complex-coherence term.
9. Conditional Evolutionary Coherence-Control Hypothesis — Asks whether, only if an intrinsic boundary-sensitive coherence lifetime is first replicated, heritable biological structures could be selected for keeping useful dynamics inside that lifetime.
10. Phase, Visibility, Decoherence / Objective-Collapse Separation Gate — Keeps interferometric phase, visibility, coherence-decay rate, and objective-collapse attribution separate while ordinary open-system and gravitational-phase explanations remain viable.
11. Quantum-Foam Casimir Residual Hypothesis — Reserves a bounded model slot for a future quantum-spacetime response function that predicts a Casimir observable residual.
12. Casimir-to-DP Observable Separation Gate — Keeps a Casimir force residual distinct from the DP gravitational self-energy built from mass-density branch differences.
13. Compton / DP / Cavity Frequency Separation Gate — Separates the Compton rest-energy frequency, the DP inverse-timescale frequency, and a physical cavity mode until a sourced transfer kernel connects them to one apparatus observable.
14. Boundary-Conditioned Coherence Experiment Design Campaign — Compares a Casimir calibration platform, an integrated levitated coherence platform, and a free-flight spatial-superposition benchmark under one ordered gate ledger.
15. Casimir-DP Gated Computations Stage 1 — Runs a real Matsubara/reflection-coefficient calculation, evidence-bearing sidecar budgets, exact-grid rigid-sphere DP convergence, rate-only power analysis, a dynamics-signature gate, and a fail-closed manifold registration audit.
16. Casimir-DP Data Readiness Stage 1 — Validates the real-to-imaginary optical-response transform, artifact hashes, calibration and covariance gates, source-data access ledger, and a blinded secondary-observable power protocol without promoting synthetic fixtures to measurements.
17. Casimir-DP Proposal Closure — Freezes the transverse-branch sample-and-hold apparatus, systematic-transfer matrix, commissioning dependency ladder, blinded power plan, and decision language needed to enter experimental commissioning without calling the apparatus or mechanism validated.
18. Penrose OR Branch-Geometry and Notation Context — Connects Penrose's branch-dependent geometry motivation and order-of-magnitude OR timescale to the repository's explicitly regularized weak-field DP diagnostic without supplying a Casimir boundary coupling.
19. Stage-3 Complex-Coherence Discriminator — Reconstructs complex coherence, phase-conditioned visibility, path-swap sign, echo recovery, and decay-shape identifiability without relabeling unrecovered loss as collapse.
20. Stage-3 Measurement-Constrained QED Green/Noise Budget — Propagates one material, geometry, Green-response, and PSD receipt into mean phase, force noise, heating, and ordinary decoherence.
21. Stage-3 Named DP Companion Signature — Keeps Penrose's lifetime envelope separate from one named regularized dynamical-DP implementation whose coherence and applicable companion channels share one parameter manifest.
22. Stage-3 Complete-Apparatus Casimir Gravity Bound — Converts a signed complete-apparatus state-energy ledger into mass, weight, and ordinary weak-field phase bounds without substituting plate pressure for gravitational weight.
23. Stage-3 Blinded Joint Model Comparison — Compares a composite ordinary-physics null with named nested DP and only preregistered bridge extensions over held-out coherence and companion cells.
24. Stage-3 Manifold-Kernel Registry Gate — Validates whether a proposed tensor/noise-to-metric-to-coherence bridge has every causal, gauge, dimensional, conservation, positivity, recovery, provenance, and falsifier field.
25. Casimir-DP Stage-3 Evidence Map — Runs the six Stage-3 diagnostics in immutable authority order and maps every outcome to what it establishes, disfavors, and cannot establish.
26. Stage-4 Polarization-Resolved Macroscopic-QED Control — Represents the two transverse photon polarizations with Jones/Stokes states, propagates reciprocal or nonreciprocal reflection response, and evaluates basis invariance, mirror parity, matched controls, and helicity double contrasts.
27. Stage-4 Planck/FDT Thermal-Radiative Closure — Checks omega/nu normalization, Planck occupation, Stefan-Boltzmann recovery, near- versus far-field routing, detailed balance, thermal recoil, heating, noise, decoherence, and their covariance.
28. Stage-4 Tensor, Dimensional, and Semantic Congruence Gate — Validates units, semantic quantity identity, tensor rank and symmetry, frame/basis/gauge maps, spectral Jacobians, receipts, conservation, FDT, covariance, and recovery limits.
29. Casimir-DP Polarization and Congruence Stage-4 Campaign — Hash-links immutable Stage 3, expands the ordinary-physics null with polarization-QED and thermal/FDT controls, reuses the named DP manifest unchanged, and admits only registered numerical bridge kernels.
30. Stage-4.1 QED Scale-Hierarchy Calibration — Replays the CODATA 2022 electron Compton, Rydberg, Bohr-radius, and classical-electron-radius identities with explicit uncertainty, covariance, reduced-mass, and rounding conventions.
31. Stage-4.2A Electron-Mass and Higgs-Yukawa Anchor — Replays a theory-assisted Penning-trap electron-mass determination, keeps CODATA conversions correlated, and maps the same rest-energy parameter into the conditional Standard Model tree-level Yukawa convention.
32. Stage-4.2A Planck and Solar Radiometric Calibration — Closes the Planck spectral-density Jacobians and Stefan-Boltzmann integral, then keeps a TSIS spectrum-derived solar color temperature separate from the IAU luminosity-radius bolometric effective temperature.
33. Stage-4.2B Apparatus Coherence Residual Forecast — Transports the frozen apparatus and complete branch-density ledger into response-corrected ordinary-decoherence, named Diósi-Penrose, complex-residual, covariance, identifiability, power, and acquisition forecasts; the coupled v1 run reaches a signature-identifiability no-go.
34. Stage-4.2C Identifiability-First Apparatus Redesign — Diagnostic apparatus redesign study: it compares a prior no-go result with design-assumption response, block covariance for frozen controls, and a synthetic powered region. Physical pilot readiness remains open.
35. Stage-4.2D Cross-Scale Recovery and Spectroscopic Field Metrology — Runs source-bounded Stark, Zeeman, circular-polarization, and blackbody dynamic-Stark calibration projections alongside Schwarzschild compactness, material-strength crossover, and Jeans pressure-support recovery checks, while leaving the frozen mass-density DP generator unchanged.
36. Stage-4.2E Causal Cones, Worldlines, and Clock Congruence — Reconstructs local null cones from the ADM metric, checks timelike proper clocks and bounded light propagation against Schwarzschild recovery, and screens the ideal Casimir stress tensor and QED propagation correction without turning either into a DP-collapse coupling.
37. Stage-4.2F Maxwell, Macroscopic-QED, and Named-DP Closure — Connects covariant Maxwell equations to causal material response, Green/FDT correlations, renormalized stress, and ordinary force/noise/phase/coherence observables, while fixing one exact DP master-equation convention and auditing the apparatus identity and synthetic heating companion.
38. Stage-4.2G Single-Apparatus Empirical-Feasibility Pilot — Freezes one silica apparatus identity, regenerates the named-DP coherence and heating companion from that same mass-density manifest, and validates a provenance-bound pilot packet plus whitened-space gate-recomputation path.
39. Stage-4.2H Commissioning Intake and Pilot Preflight — Turns the frozen Stage-4.2G apparatus packet into a strict commissioning dossier with instrument identity, calibration ancestry, custody, raw-column, partition, and independent-replication contracts.
40. Stage-4.2I Boundary–Branch Interaction and Wave-Packet Custody — Freezes a four-cell active/reference by control/separated comparison, propagates complex covariance into a normalized interaction cross-ratio, and requires auditable equivalence of the center-of-mass packets.
41. Stage-4.2J Schrödinger, Mass-Density, and Environment Gate — Separates Hamiltonian phase, ordinary open-system loss, and the frozen Diósi contraction; then tests mass-density representation dependence and cheap environmental feasibility screens.
42. Stage-4.2K Microscopic Electromagnetic Closure Gate — Connects ground-state transition sums and causal material response to ordinary Green/scattering phase and loss, while making orientation, phase covariance, finite geometry, and gas-scattering readiness explicit.
43. Stage-4.2L Empirical-Authority and Apparatus-Redesign Gate — Freezes a 3D engineering reference and turns finite-geometry phase, gas collisions, preparation scale, external bounds, and mass-density dependence into explicit redesign and acquisition gates.
44. Stage-4.2M Leading Bounded Commissioning Design — Selects the leading synthetic commissioning design from a frozen bounded apparatus domain using joint DP-signal, density-robustness, ordinary-background, preparation, external-bound, identifiability, power, and companion screens.
45. Stage-4.2N Material/Green/FDT Ordinary-Null Commissioning Gate — Binds the leading Stage-4.2M design to a specimen-response conversion, finite-geometry Green/FDT phase-and-loss calculation, standard-limit recoveries, calibration interventions, and a four-cell complex-coherence null.
46. Stage-4.2O Authenticated Public-Data Component Validation — Replays complex fringe extraction, measured boundary-response extraction, held-out multichannel covariance, and an external Diósi-bound record on four provenance-bound public datasets without combining their apparatuses.
47. Stage-4.2P Ordinary Proper-Time and Worldline Phase Closure — Derives the leading apparatus's ordinary signed branch phase from weak-field proper time and carries Earth gravity, gradients, rotation, local masses, kinematics, clocks, controls, and echo transfer into one fail-closed phase budget.
48. Stage-4.2Q Superconducting-Boundary Control and Nonbridge Gate — Tests whether a normal-versus-superconducting boundary state can strengthen the ordinary complex-coherence control while keeping Standard-Model Higgs, condensate, BEC, and Diósi mechanisms separate.
49. Stage-4.2R Integrated Empirical-Pilot Readiness Gate — Defines exactly which same-apparatus measurements must coexist before the leading Casimir-Diósi feasibility pilot may begin and keeps the primary collapse comparator separate from the four-cell boundary interaction.
50. Stage-4.2S Retarded-Source and Switching-Radiation Closure — Connects time-dependent apparatus sources to causal finite-geometry electromagnetic response and then to ordinary complex-coherence phase, contraction, recoil, and heating.

Diagnostic context only. Cite independent evidence for claims about the world.