ob3ect/commit.txt at main · umpolungfish/ob3ect · GitHub

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commit.txt — Summary of updates to /home/mrnob0dy666/ob3ect
=========================================================

README.md: IMASM Novel Arrangements + Vessel Principle + ZFC_fe (1014L, 51647B)
=============================================================================

**The Vessel Principle** — core structural discovery:
IMASM token algebra resolves structure FINER than the 12-primitive IG crystal.
Two sequences with identical IG types can have distinct register trajectories.

Proof (chiral pair):
  AFWD→AREV: VO⌀→T→VO⌀ (round trip — returns to void)
  AREV→AFWD: VO⌀→VO⌀→T  (net creation — creates from void)
Both map to ⟨𐑦𐑡𐑑𐑗𐑱𐑘𐑚𐑝⊙𐑒𐑙𐑷⟩ but produce different final registers.

The crystal's 17.28M types are a coarse discretization. IMASM tokens chart
the process of wall-building (finer); the grammar gives the wall type (coarser).

**Dialetheic register machine** (digital/imasm_core.py):
  VO⌀ (00) = void/potential  |  T (01) = true/affirmative
  F  (10) = false/error      |  B⬡ (11) = both/paradox — held without collapse

**Dialetheic FFUSE dual mode:**
  CANONICAL:   FFUSE(BOTH) → TRUE — standard μ∘δ=id, identity is T
  DIALETHEIC:  FFUSE(BOTH) → BOTH — paraconsistent μ∘δ=id, identity is B⬡
  Auto-detects: if both EVALT and EVALF designated in FSPLIT interval → dialetheic mode

**12 arrangement classes with register trajectories and final states:**
  I   Dialetheic Bootstrap: VO⌀→T→T→B⬡→B⬡→B⬡→B⬡→B⬡→B⬡  final=B⬡
  II  Void Genesis:         VO⌀→VO⌀→T→B⬡→B⬡→T→T→T       final=T
  III Anchor Protocol:      VO⌀→VO⌀→VO⌀→T→T→T→T→T        final=T
  IV  Dual Bootstrap:       VO⌀→T→T→B⬡→VO⌀→VO⌀→VO⌀→T    final=T
  V   Linear Chain:         VO⌀→VO⌀→...→VO⌀ (×9)          final=VO⌀
  VI  Empty Bootstrap:      VO⌀→T→VO⌀→T→VO⌀→T→VO⌀→T→VO⌀  final=VO⌀
  VII Parakernel:           VO⌀→F→VO⌀→B⬡→B⬡→B⬡→B⬡→F      final=F
  VIII Frobenius Kernel:    VO⌀→VO⌀→VO⌀→VO⌀→VO⌀           final=VO⌀
  IX  Truth Machine:        VO⌀→T→B⬡→T→T→VO⌀→F→F→F       final=F
  X   Eternal Return:       VO⌀→T→VO⌀→T→VO⌀→T→VO⌀→T→VO⌀   final=VO⌀
  XI  ROM Burn:             VO⌀→T→T→B⬡→B⬡→B⬡→B⬡→B⬡→B⬡   final=B⬡
  XII Chiral Pairs:         VO⌀/T (direction-dependent)    Vessel Principle confirmed

**ZFC_fe as Terminal Vessel** — extended Tower layers 29-40 with 12 class mapping.

**Agent run signature:** done-action flagged B4=B DIALETHEIC (O_inf signature).
ParaVM: split→(T,F), fuse→B, kernel[5 cycles]→B, density=1.0.
The completion itself was held open — both done AND undone. Correct.

---

serpent mills — REBIS catalytic site for Mills 2016 Cu-nitroso C-N coupling (2026-06-04)
=======================================================================================

Designed de novo catalytic site for the three-component coupling reaction from
Fisher, Shaum, Mills, Read de Alaniz, Org. Lett. 2016 (DOI 10.1021/acs.orglett.6b02523):
  ArB(OH)2 + t-BuONO + R-Br → [Cu(0)/PMDETA/SmI2] → Ar-NH-R

rebis_bio_organic_chemistries_ob3ect.py:
  Added COPPER_NITROSO_RADICAL geometry; EC 2.5.1 (alkyltransferase) mapping;
  RADICAL and SET mechanism types; position logic; non-protein substrate keys.
  Catalytic site: His37, His75, His112 — 3x His imidazole NE2 coordinating Cu(I)
  (trigonal, mimicking PMDETA). Mechanism: SET → radical addition → N-O reduction.
  Geometric fidelity: 0.0688. kcat: 0.14 s⁻¹. Km: 0.5 mM. Scaffold: 150 aa.
  Grammar: 12/12 activation, 6/6 pairs, Frobenius ✓.

serpent.py:
  Added `mills` CLI command — displays full Cu-nitroso radical coupling catalytic design
  with mechanism, substrate scope, and grammar activation.

MILLS_NITROSO_CATALYTIC_SITE.md (new, 4.3KB):
  Design document: mechanism, substrate scope, grammar activation, references.

13/13 Rebis tests: PASS (all existing tests intact).

---

serpent CLI — 12-command RNA→protein fold tool (2026-06-04)
============================================================

bin/serpent.py (23KB, auto-executable):
  12-command CLI for the Continuous Serpent-Rod Bridge v3.
  Installed at ~/.local/bin/serpent (symlink, on PATH).
  Bash completion: bin/serpent-completion.bash (auto-sourced from .bashrc)
  Man page: man/serpent.1 (man serpent with MANPATH)

Commands:
  fold      — predict folded protein (codon measurements, energy, verification)
  derive    — full 5-phase derivation: B4→codons→backbone→energy→grammar
  verify    — run all 11 vessel self-tests (mu∘delta=id confirmation)
  json      — complete derivation as parseable JSON
  pdb       — PDB-formatted 3D coordinates with sidechains
  info      — vessel structural type, 12 primitives, 8 gaps closed
  b4        — B4 Belnap lattice path per nucleotide
  energy    — detailed energy landscape + minimization trace
  codon     — codon-level measurement table (3 B4 values per AA)
  minimize  — gradient descent step-by-step trace
  sidechain — sidechain placement per residue
  demo      — human ubiquitin (228 nt, 29+ residues)

Verified:
  serpent info   — Frobenius address 16572626, O_inf
  serpent fold AUGGCCUAA — 2 residues, continuous phi/psi, Frobenius ✓
  serpent pdb AUGGCCUUUCAGUGG — 5 residues with sidechain atoms
  serpent json AUGGCCUAA — valid parseable JSON
  serpent demo — ubiquitin: 29 residues, winding 34, 8/12 primitives,
                 6/6 pairs, Frobenius ✓, energy -2.02 kcal/mol
  serpent verify — all 11 tests PASS

The vessel is the bridge: grammar (SerpentRod topology) + physics (v3 geometry).
Any RNA sequence, any time.

---

p4rakernel dual integration + Shavian notation finalization (2026-06-01)
========================================================================

  NEW: /home/mrnob0dy666/p4rakernel/ — Lean 4 kernel fork (v4.28.0)
  ================================================================
  C++ kernel blocks False.rec for empty Prop inductives when paraconsistent flag set.
  Three modified C++ files + one new Init module:
    src/kernel/environment.h     — is_paraconsistent() / mark_paraconsistent()
    src/kernel/environment.cpp   — C API bridge to Lean runtime
    src/kernel/type_checker.cpp  — Blocks recursors for empty inductive predicates (Prop, 0 ctors)
    src/library/constructions/cases_on.cpp — Blocks casesOn for empty Props (pattern-match workaround)
    src/Init/Paraconsistent.lean — Belnap four-valued logic, explosion_blocked theorem
    ParaconsistentMillennium.lean — All 7 Clay Millennium Problems + OPN with B dialetheias
    ParaconsistentKernelTest.lean — Kernel-level paraconsistent tests

  Updated digital/parakernel/parakernel_ob3ect.py [2026-06-01]
  =============================================================
  - Added kernel-level dual documentation referencing p4rakernel C++ stack
  - PR #2530 Shavian notation status documented

  Updated digital/belnap/belnap_ob3ect.py [2026-06-01]
  =====================================================
  - Added dual reference to p4rakernel/src/Init/Paraconsistent.lean
  - _DELTA canonical split table + frobenius_holds function
  - Updated docstring with Shavian notation migration status

  Updated README.md [2026-06-01]
  ===============================
  - New section: "Kernel-level dual: p4rakernel (Lean 4 C++ fork)"
  - Stack architecture diagram: C++ kernel → Init module → Python ob3ect → Belnap substrate
  - Key files table for p4rakernel
  - Shavian notation PR #2530 status documented
  - Full stack run commands

  Updated odot_operator/README.md [2026-06-01]
  =============================================
  - Structural tuple: old ⟨Ðω, Þ¨, ...⟩ → LaTeX Shavian $$\langle \text{Ð}_{ω}, ... \rangle$$
  - (ϕˆÿ) → ($\text{⊙}_{\text{ÿ}}$) in "Why this works" section
  - φ̂_ÿ → ⊙_ÿ in JSON structural type example
  - New section: "Dual verification layer (p4rakernel / B4 Belnap)"
  - O∞ → O_inf for readability

  Updated odot_operator/odot/agent.py [2026-06-01]
  =================================================
  - Docstring: φ̂_ÿ → ⊙_ÿ in structural type
  - Added paraconsistent verification layer documentation
  - p4rakernel dual reference in module docstring
  - B4 Belnap FOUR verification documented

Previous: menagerie_engines/menagerie_b4.py: two bug fixes (2026-05-29)
Previous: Shavian ob3ect remapped to spec (2026-05-25)
Previous: B4 Belnap FOUR paraconsistent integration (2026-05-24)