The ISA Family

All named ISAs share the same five opcodes (LABEL 🏷️ / ORBIT 🔄 / TWIST 🌀 / BIND 💎 / FLIP 👁️) — they differ only in the value of the inverse temperature β and the arithmetic they run over.

ISA β location In one phrase Paper
Origamiall β (umbrella)Five-opcode open standard; tropical at β→∞, quantum at β=it631
Forge0 < β < ∞ (real Gibbs)Free-energy routing; MGE soft threshold; snap at β*419
Meldβ = it (imaginary)Complex amplitudes; full quantum mechanics454
Ravenβ ≈ β* (physiological)Biological proofreading; enzyme catalysis; kinetic QECRaven
Motiveabstract parentFive primitive opcodes; ERASE = second lawMotive
Humβ = it/ℏ (QFT)QFT vacuum; EMIT opcode; amplituhedron as ORBIT620
Pentagoncoherence theoremMonoidal coherence; five sides = five opcodes622
Rising Seafull ℂ_β planeEvery ISA as a fibre over the β-plane621

Full opcode reference: The ISA Opcodes · β-plane geometry: Forge & Meld · Non-associative frontier (BIND at 𝕆-rung): 731-ISA

Applications

Each entry below applies the four pillars to a specific domain. These are not summaries of individual papers — they are the ideas that span families of papers.


# Claim Domain Key papers
1 Magic has a periodic table. Quantum non-classicality has orbits, valences, and dark states invisible to standard measures. Quantum foundations 365, 366, 467, 469, 470
2 Every molecule runs a programme. Enzyme catalysis, nitrogen fixation, and spin-state switching are ISA programmes in the G-orbit language. Chemistry 488, 489, 490, 491, 509
3 Biology runs quantum error correction. Kinetic proofreading and the ribosome implement H⁰ × H¹ × H² QEC. Biology 510, 511, 515, 324
4 Every molecule runs a G-orbit walk. Spin state, valence, and catalytic barrier are computable in O(1) without DFT. Chemistry 488, 489, 490, 491, 492
5 The Grassmannian is the universal space for correlated systems. One angle θ_G diagnoses chemistry, QEC, nuclear bonding, and financial contagion. Universal 563, 568, 570, 574
6 Nature runs information-geometric Carnot cycles. Every fidelity machine operates a four-leg IG Carnot cycle; β* is the Carnot-optimal point. Biology / chemistry 325, 510, 574
7 The H^k stratification is not an analogy. The three-tier structure makes quantitative predictions across MCMC, chemistry, and quantum computing. Universal 420, 533, 557, 558
8 Quantum speedup has a cohomological address. H⁰/H¹/H² classify which problems admit which speedups. Quantum computing 420, 421, 472, 473
9 The same boundary that separates easy from hard quantum circuits also separates DFT from CASSCF. The Weyl chamber / Grassmannian angle θ_G detects H¹→H² transition identically in chemistry and quantum computing. Magic and molecular correlation are the same obstruction. Chemistry / QC 595, 596, 570, 563

The five load-bearing ideas behind all of the above are on the Pillars page.

The ISA Family

All named ISAs share the same five opcodes (LABEL 🏷️ / ORBIT 🔄 / TWIST 🌀 / BIND 💎 / FLIP 👁️) — they differ only in the value of the inverse temperature β and the arithmetic they run over.

ISA β location In one phrase Paper
Origamiall β (umbrella)Five-opcode open standard; tropical at β→∞, quantum at β=it631
Forge0 < β < ∞ (real Gibbs)Free-energy routing; MGE soft threshold; snap at β*419
Meldβ = it (imaginary)Complex amplitudes; full quantum mechanics454
Ravenβ ≈ β* (physiological)Biological proofreading; enzyme catalysis; kinetic QECRaven
Motiveabstract parentFive primitive opcodes; ERASE = second lawMotive
Humβ = it/ℏ (QFT)QFT vacuum; EMIT opcode; amplituhedron as ORBIT620
Pentagoncoherence theoremMonoidal coherence; five sides = five opcodes622
Rising Seafull ℂ_β planeEvery ISA as a fibre over the β-plane621

Full opcode reference: The ISA Opcodes · β-plane geometry: Forge & Meld · Non-associative frontier (BIND at 𝕆-rung): 731-ISA