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838 public concepts

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  1. Selection / Fitness Context — Represents selection as a population-level covariance and transmission context for trait change.
  2. Eukaryotic Kingdom Trait Matrix — Represents plants, animals, fungi, and protists as eukaryotic trait-context rows for later biological comparisons.
  3. Conserved Eukaryotic Microtubule Scaffold — Represents microtubules as conserved eukaryotic cytoskeleton context across plants, animals, fungi, and protists.
  4. Photosynthetic Light-Harvesting Exciton Context — Represents photosynthetic pigment excitation and transfer efficiency as molecular biophysics context.
  5. Photosynthesis Coherence Lifetime Gate — Compares a photosynthetic coherence lifetime with an energy-transfer timescale as a diagnostic gate.
  6. Animal Consciousness Evolution Context — Represents animal consciousness as a comparative-evidence context involving neural, behavioral, and evolutionary markers.
  7. Evolutionary Biology Context Boundary — Blocks promotion from biological coherence, kingdom traits, or conserved microtubules into consciousness or collapse validation.
  8. Gradient Before Boundary — Represents an energy or entropy contrast as a condition that can drive persistence before a living boundary exists.
  9. Flux Before Action — Represents matter or energy flow through a non-equilibrium setting before interpreting anything as action or agency.
  10. Proton Gradient Before Cell Boundary — Represents alkaline hydrothermal vent proton-gradient context before modern cellular membranes or metabolism.
  11. Compartment Before Organism — Represents pores, mineral barriers, vesicles, or membranes as inside/outside structure before a full organism exists.
  12. Concentration Before Replication — Represents local concentration of useful molecules before heredity, complex sensing, or full replication cycles.
  13. Microbial Growth Is Not Simple Negative Entropy — Keeps biological thermodynamics framed through heat, Gibbs energy, entropy production, maintenance, and growth rather than a loose negative-entropy slogan.
  14. Orch OR Frontier Consciousness Context — Places Orch OR as a bounded frontier consciousness mechanism that requires biological substrate context before it is relevant.
  15. Viability Range Before Preference — Represents a bounded system's survivable state range before preference, obligation, or value language is introduced.
  16. Homeostasis as Constraint Maintenance — Represents homeostasis as feedback-based regulation of internal variables, not wanting or moral preference.
  17. Sensing as State Discrimination — Represents sensing as noisy discrimination between states, bounded by signal, noise, receptors, and information limits.
  18. Membrane Potential as Maintenance Signal — Represents membrane voltage as a cellular bioelectric state that can coordinate behavior before nervous-system or consciousness claims.
  19. Repair Cost Before Growth — Represents maintenance and repair energy costs that must be paid before growth is interpreted as expansion or success.
  20. Perturbation Margin Before Response — Represents response as deviation, tolerance, feedback, and return-to-range before agency language is introduced.
  21. Regulation Is Not Preference Or Agency — Keeps viability, homeostasis, sensing, bioelectricity, repair, and perturbation response from being promoted into preference, agency, mind, or moral claims.
  22. Thermodynamic Temperature Scale — Represents temperature through the thermal energy scale kBT while keeping pressure as only one possible thermometer signal.
  23. Third-Law Cooling Limit — Represents absolute zero as a limiting state that no finite ordinary cooling process reaches exactly.
  24. Quantum Ground-State Energy Floor — Represents quantum ground-state energy as a remaining floor after removable thermal disorder is gone.
  25. Thermal Occupation Suppression — Represents the thermal photon occupation scale that vanishes as temperature approaches zero while vacuum-mode structure remains distinct.
  26. Bosonic Phase-Space Degeneracy — Represents Bose-Einstein condensation as a phase-space-density threshold rather than ordinary freezing.
  27. Helium-II Superfluid Surface Flow — Represents helium II Rollin-film and superfluid wetting behavior as bounded low-temperature fluid physics.
  28. Boundary-Induced Vacuum Stress — Represents zero-temperature Casimir pressure as geometry-dependent boundary stress rather than thermal pressure.
  29. Superconducting Critical Surface — Represents superconducting zero DC resistance as bounded by temperature, current density, and magnetic field conditions.
  30. Off-Shell Propagator Boundary — Represents virtual particles as off-shell internal lines in perturbative QFT calculations, not directly observed short-lived beads.
  31. StarSim Stellar Spectral-Abundance Context — Represents StarSim stellar type, surface-temperature, fusion-stage, and composition context as priors for spectroscopy interpretation.
  32. StarSim Element Yield Prior — Represents stellar fusion and nucleosynthesis outputs as reduced-order element-yield priors for spectral interpretation.
  33. Atomic Line Identification Context — Represents redshift-corrected atomic or ionic spectral-line matching as candidate element identification context.
  34. Equivalent-Width Abundance Proxy — Represents line-strength or equivalent-width ratios as a diagnostic abundance proxy that still requires atmospheric modeling for serious abundance claims.
  35. Molecular Band Identification Context — Represents redshift-corrected molecular or dust band matching for astrochemical candidates such as PAH-family bands and C60 features.
  36. Spectral Identification Only Boundary — Blocks spectral feature matches from promoting into formation-pathway, biological, consciousness, objective-collapse, or StarSim validation claims.
  37. Casimir Parallel-Plate Energy Density — Computes the idealized static Casimir energy per plate area from gap distance.
  38. Casimir Parallel-Plate Pressure — Computes the idealized pressure magnitude/sign proxy for a plate gap.
  39. Casimir Per-Tile Energy — Converts energy per area into a tile energy using the tile footprint.
  40. Casimir Static Tile Budget — Aggregates per-tile energy over a tile census.
  41. Casimir Tile Duty Budget — Computes the sector-averaged duty term for a strobing tile budget from burst duty, cycle duty, and concurrent sector count.
  42. Casimir Geometry Gain — Applies the geometry gain cube to the static tile budget.
  43. Casimir Output Energy Proxy — Applies quality, geometry, compression, and duty factors to a static energy magnitude.
  44. Casimir Mass-Equivalent Proxy — Converts an energy proxy into a mass-equivalent scalar using c squared.
  45. Casimir Cavity Mode Frequency — Computes a simple standing-wave frequency for a cavity length and mode index.
  46. Casimir Mode Photon Energy — Maps a cavity mode frequency into photon energy using Planck's relation.
  47. Static Casimir Module Runtime — References the runtime module that evaluates static Casimir configurations.
  48. Casimir Material Receipts — Requires material response, finite conductivity, roughness, finite temperature, gap metrology, seal/vacuum, and geometry-validity receipts.
  49. Casimir Lifshitz Material Receipt — Checks whether the runtime has a material receipt with dielectric response, finite conductivity, finite temperature, and roughness corrections.
  50. Casimir Beyond-PFA Geometry Validity — Checks whether the tile geometry is valid beyond the simple proximity-force/parallel-plate approximation.
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