KOTC — Kinetic Operation Token Completion Daemon

KOTC

Bounded microLLM-style completion daemon treating code completion as auditable compiler operation: request → context → candidate → policy checks → KOT debit → receipt → ACCEPT/REJECT/HOLD/QUARANTINE.

Completion Modes

DRAFT (exploratory scaffold), REPAIR (compiler-error repair), STRICT (core-safe, no floats, no theorem weakening).

Hard Policy Checks

no_float_hot_path, no_unreviewed_physical_claim, no_theorem_weakening, no_unchecked_invariant_introduction, no_unbudgeted_compiler_pass, no_authority_escalation, no_silent_receipt_drop, no_unbounded_recursion.

Quandary Decision States

ACCEPT (passed policy, may stage), REJECT (invalid/irrelevant), HOLD (plausible, needs witness), QUARANTINE (violates policy or unsafe drift).

KOT Receipt

JSON receipt: receipt_type, completion_id, mode, target_module, context_files, symbol_refs, kot_cost_q16, risk, decision, policy_checks, candidate_hash, notes.

Summary: Bounded completion daemon where every suggestion pays KOT, passes policy checks, and emits a receipt before becoming code; not an authority source.


Introduction to GCCL Theory

GCCL (Geometric, Cognitive, and Compression Law)

Receipt-bounded framework for validating transformations of structured information across geometry, meaning, and representation; every transition must declare state space, projection, invariants, residual, cost, scale band, and receipt.

UMUP-λ / Invariant Receipt Protocol

Universal model wrapper M = (S, T, I, R, K, P, Q, Λ) — state space, transforms, invariants, residual, cost, projection, quarantine, scale band.

ΔφγKλ

Compression-domain specialization: Δ=residual, φ=invariant preserved, γ=transform pressure, K=cost paid/KOT accounting, λ=scale band.

GCCL-Rep

Transport representation for GCCL transitions: compact representative of a transition class under declared codec, baseline, scale band, and receipt policy.

GCLang

Executable/compiler-facing language layer implementing GCCL passes, gates, receipts, model genomes, KOT costs, invariants, projections, quarantine branches.

Bounded Lawful Surface

BLS(GCCL, B, I, R, K, Λ) — the set of transitions expressible, replayable, checkable, budgeted, and receipted under declared constraints.

Promotion Ladder

RAW_IDEA → SANITIZED_METAPHOR → TOY_MODEL → TYPED_MODEL → RESIDUAL_TESTED → COST_ACCOUNTED → PROOF_CANDIDATE → CORE_MODULE.

Layered Mountain Model

NUVMAP=projection/address, AVMR=vector-state evolution, AMMR=commit/history, O-AMMR=orthogonal/QR-basis, GCCL-Rep=compact transition rope between mountains.

Goxel

N-space shape inhabiting geometric volume, expressed as bounded scalar sub-manifold; G = {v in R^n : Phi_G(v) <= iso}.

KOT (Kinetic Operation Token)

Accounting layer for action cost: every transformation pays, every payment leaves a trace.

Model Genome

Compact generative encoding of model/transform family: codon → gene → chromosome/module → genome/model family → phenotype/artifact.

GCCL Failure Modes

False unification, projection laundering, compression laundering, metaphor drift, silent loss, scale abuse, cost smuggling, receipt laundering, theorem weakening, unbounded expression.

Summary: Comprehensive theory introduction for GCCL: receipt-bounded law stack where every transformation must declare what changed, survived, was lost, cost, and why valid at claimed scale.


GCCL Genetic Information Mixture Primitives

Mixture Primitive

Coding family admissible in GCCL model genome only when it declares alphabet, arity, direction, ambiguity, transform rules, residual, cost, receipt.

Genetic Alphabet Primitives

DNA(A,C,G,T), RNA(A,C,G,U), complement encoding, purine/pyrimidine class, strong/weak class, gap symbol, unknown symbol, modified base.

Codon Translation Primitives

Standard codon table, alternative genetic codes, start/stop codon logic, degenerate codon family, synonymous codon usage, reading frame, frameshift.

Ambiguity Primitives

IUPAC DNA/RNA ambiguity, amino acid ambiguity, degenerate codon notation, wildcard, consensus sequence, profile column, position weight matrix, hidden-state emission.

Alignment/Assembly Primitives

Pairwise/multiple alignment, CIGAR string, edit script, k-mer, minimizer, de Bruijn graph, string graph, pangenome graph, variation graph, synteny block.

Compression Primitives

Run-length encoding, Huffman coding, arithmetic coding, BWT, FM-index, suffix array/tree, minimizer index, reference-based compression, Bloom filter, MinHash.

GCCL-Native Model Genome Primitives

Model codon, gene, chromosome, genome, promoter/suppressor gate, intron/exon region, mutation/crossover/inversion operator, codon-usage pressure, phenotype, fitness.

Mixture Rules

7 rules: declare active alphabet, declare projection, declare ambiguity, keep biological/GCCL-native separate, every mixture pays KOT, every mixture has residual, every mixture has quarantine path.

Summary: Taxonomy of genetic information coding families available as GCCL mixture primitives: alphabets, codons, ambiguities, alignments, variants, regulatory marks, structural graphs, compression indexes, model-genome analogs.


Erdős FAMM / Eigensolid Research Notes

Erdős Eigensolid Pipeline

solved/scar packets → NUVMAP projection → braid traversal → chirality filtering → rope aggregation → eigensolid closure → exact receipt verification.

Color Taxonomy

Green=core exact receipt spine, Blue=active zero-residual reserve, Cyan=wide-alpha cold reserve, Slate=large-alpha cold reserve, Amber=failed gate/negative scar only.

Eigensolid Families

Leaf (exact residue-alpha), Residue (collapse by residue class), Alpha (cross-residue families), Phase (chirality/phase closure), Global (run-now admissible closure body).

Alpha Family Collapse

Useful alpha family {3,7,11,15,19,23} with expanded rescue {27,31,35,39,43,47,51,55,59}; swarm collapses from millions to fixed-alpha divisor-residue channels.

Structural Collapse

For fixed alpha: x=(p+alpha)/4, b=px, need e|b² and e≡-b(mod alpha), then y=(b²/e+b)/alpha, z=(e+b)/alpha.

Summary: Research notes treating solved Erdős structures as FAMM scar priors using NUVMAP projection, braid aggregation, rope collapse, and eigensolid closure to reduce combinatorial explosion.


FAMM — Stigmergic Route Memory

FAMM (Frustration-Aligned Memory Management)

Route memory that records successes, failures, partial traversals, torsion, basins, and phase deltas so future search is biased away from bad routes and toward lawful attractors.

Stigmergic Bridge

Computational analogue of slime-trail memory: route traversal → trace/scar → basin or frustration signal → biased future search.

FAMM vs AMMR/AVMR

AMMR=auditable append-only history, AVMR=hierarchical vector-state accumulation, FAMM=frustration-aligned routing bias from prior traversal outcomes.

FAMM Load

L_famm = Sigma² + I_lock + Delta_phi (torsional stress + interlocking energy + phase delta); implemented as FAMMTiming structure in Lean.

FAMM Scheduling

Scheduler asks: has route failed before? partially worked? produced torsion? landed in stable basin? created downstream regret? lower frustration alternative?

Seven-Pattern FAMM Mapping

CHAIN (attempt→outcome→scar→decision), FEEDBACK, GRADIENT (frustration basins), MASS (scars/basins/regret), ENTROPY, COUPLING, SCALING.

Summary: FAMM as frustration-aligned route memory using stigmergic traces (scars becoming navigation) to bias future search; distinct from AMMR (history) and AVMR (vector accumulation).


Claim Cross-Reference Report: Attack CSVs vs. Research Stack Repo

Claim Cross-Reference Audit

Systematic grep-based cross-reference of external attack CSVs against repo evidence, classifying claims as DEFENDED, ORPHANED, RENAMED, or UNEXPECTED_CONNECTION.

Sidon Addressing

Genuinely novel concept confirmed by attack and implemented in Rust + Python + Lean; the one concept the attack calls 'genuinely new'.

Epistemic Tags

Repo self-correction mechanism: PRIOR ART, PROJECT DATA, INFERENCE, SPECULATIVE labels on claims.

Attack Mischaracterization Pattern

Attack reads conversational genre (user-requested analogies, what-if hypotheticals) as scientific claims; assistant consistently grounded in computation with explicit warnings.

Summary: Cross-referencing external attack CSVs against repo evidence: 5 defended, 2 orphaned, 1 renamed in sample set; attack is directionally correct but mischaracterizes conversational genre.


QC Report — Physics/ Code Structure & Efficiency

Lean QC Report

Quality control report identifying 4 high-priority (absDiff duplication 4x, scale=65536 duplication 6x, duplicate theorems, dead q16_div), 5 medium, 5 low issues across 8 physics Lean files.

Summary: QC report finding 14 issues (4 high, 5 medium, 5 low) in physics Lean files; all 8 files build cleanly with 3529 jobs, no circular dependencies.


Lean Expert Agent — AGENTS.md

Lean Expert Agent

Agent contract for inspecting Lean 4 code: structural health (theorem/def/sorry/native_decide counts), naming conventions, Q0_16/Q16_16 compliance, proof quality, dependency analysis.

DAG Receipt

Output format: File, Date, Pass (true/false), Issues count with file:line references and severity levels.

Summary: Agent contract for Lean code inspection covering structural health, naming, fixed-point compliance, proof quality, and dependency analysis with DAG receipt output.


FULL ADVERSARIAL REVIEW — Research Stack

Adversarial Review

8 parallel adversarial reviewers scanning ~35,000 source files finding 248 total issues: 51 CRITICAL, 76 HIGH, 80 MEDIUM, 41 LOW across Lean, Python, Rust, Verilog, WGSL, TypeScript, Shell.

Q16_16 Multiply Bug

Verilog q16_lut_core.v:46 — a_reg * b_reg produces Q32.0 not Q16.16; missing >>16 shift; every hardware computation off by 2^16.

SHA-256 Padding Bug

Verilog cff_accelerator.v:222 — only 62 bits assigned instead of 64-bit big-endian bit count; all hardware hashes incorrect.

WGSL Data Races

Pervasive non-atomic += on shared storage buffers from multiple workgroups; all GPU compute results non-deterministic.

Rust Double-Free

teleport-kanban/src/thermodynamic.rs:484 — Arc::from_raw on Arc::as_ptr pointer steals reference count; exploitable memory corruption.

Credential Exposure

8 files with hardcoded passwords, IPs, tokens including root password over HTTP on public IP.

942 ofFloat Violations

Systemic violation of AGENTS.md 'no Float in compute paths' mandate across 100+ Lean files.

Tautological Eigensolid Convergence

BraidEigensolid.lean:171-175 — proof is h_eig (hypothesis IS conclusion); no actual convergence proven.

Summary: Comprehensive adversarial review finding 248 issues across ~35,000 files; top critical: Verilog Q16_16 multiply wrong, SHA-256 padding wrong, WGSL data races, Rust double-free, credential exposure, 942 ofFloat violations.


Prime Gap Entropy Collapse — DeepSeek v4-flash Continuation

Prime Gap Review Caveats

10 caveats: no ground truth for prime gaps, parameter sensitivity, edge effects, reproducibility requirements, interpretation caveat about false positives.

Summary: Continuation review listing caveats for prime-gap entropy-collapse detection: no ground truth, parameter sensitivity, edge effects, reproducibility requirements.


Adversarial Review: Semantics Lean Codebase

QFactor Double-Scaling Bug

QFactor.lean:57 — ofNat 65536 creates Q16_16 with raw 4294967296 which saturates to q16MaxRaw; numerator always multiplied by ~32768 instead of 65536.

sub_eq_add_neg Admitted

FixedPoint.lean:722 — known false at q16MinRaw because neg overflows; exported and usable by downstream modules.

abs_mul_le Admitted

FixedPoint.lean:778 — unconditionally false; SSMS ACI theorem depends on it.

abs_triangle Admitted

FixedPoint.lean:788 — false in general; downstream modules can derive False.

Division by Zero Asymmetry

AVM.lean:99-103 — Q16_16 div by 0 returns infinity (maxVal), Int div by 0 is silent no-op; divergent behavior by type.

Tautological Convergence

BraidEigensolid.lean:171-175 — proof is h_eig (hypothesis IS conclusion); does not prove crossStep actually converges.

Sidon Slack Underflow

BraidEigensolid.lean:127 — if slot > 128, UInt32 subtraction wraps; no precondition ensures slot ≤ 128.

CERNEigensolidData Spurious Axioms

9 axioms asserting True — trivially provable, serve no logical purpose, create appearance of formalized physics constraints (provenance theater).

AVMIsa Missing Primitives

Prim.addSatQ16 and subSatQ16 declared but not implemented in evalPrim; always return typeMismatch error.

Q16_16 Constants via ofFloat

pi, e, ln2, sqrt2 defined via ofFloat causing 1 LSB error; should use ofRatio.

FixedPoint.lean False Theorems

Three admitted theorems (sub_eq_add_neg, abs_mul_le, abs_triangle) known false; SSMS ACI depends on them; entire proof database inconsistent.

ofFloat Proliferation

942 ofFloat calls violate AGENTS.md mandate; codebase not deterministic across platforms.

Summary: Deep adversarial review of Semantics Lean codebase: 7 CRITICAL (QFactor double-scaling, false theorems, division asymmetry, 942 ofFloat), 12 HIGH (tautological convergence, missing primitives, spurious axioms), 18 MEDIUM, 9 LOW.


Prime Gap Entropy Collapse — DeepSeek v3.2 Review

K=7 Threshold Invalid

FPR ≈94.57% under random-permutation null; K=7 is non-selective heuristic.

K=21 Corrected Threshold

Strict >21: 3.05% FPR; inclusive >=21: 5.43% FPR; calibrated to ~5% FPR under random-permutation null.

Prime Gap Signal Attenuation

Original >7: 86,565 fires (8.66%); corrected >21: 38 fires (0.0038%); surviving windows are rare candidate motifs, not general phenomenon.

Permutation Null Mismatch

Prime gaps violate random-permutation null due to ties, non-uniform marginal distribution, local dependence; permutation-based FPRs not applicable.

Fusion Rule

braid(t→t+1) AND sigma_q(t+1) AND D_q(t+1) correctly targets turbulent transition into collapsed arrival window.

Summary: DeepSeek review confirming K=7 is non-selective (94.57% FPR), K=21 is defensible (~5% FPR), prime-gap signal survives but severely attenuated (38 fires vs 86,565); permutation null inappropriate for prime gaps.


E2E MASTER RECEIPT — End-to-End Trace for E = mc²

E2E Master Trace

Complete end-to-end trace of E=mc² through 8 steps: EquationShape parsing → Sidon address → Chaos game → Finsler metric → QUBO encoding → QAOA circuit → Hachimoji decoding → Receipt hash.

EquationShape

⟨n_vars=3, n_ops=2, max_depth=1, n_quantifiers=0, n_relations=1⟩ for E=mc².

Sidon Address

[4,16,16,1,16,1,16,8] — canonical spectral fingerprint of E=mc² using Sidon set {1,2,4,8,16,32,64,128}.

Chaos Game Basin Convergence

Deterministic Sidon-guided chaos game with α=0.5 contraction; converges to q_braid basin in 1390 steps.

Finsler Metric Construction

F = α(Fisher) + β(torsion drift) — Randers metric with α=0.4167 base cost and β=0.1500 drift strength.

QUBO Encoding

8 binary variables (Φ,Λ,Ρ,Κ,Ω,Σ,Π,Ζ), 36 couplings; diagonal α costs from Finsler metric, off-diagonal β drift antisymmetric.

QAOA Circuit

p=2 layers, 8 qubits, cost Hamiltonian H_C, mixer H_M; approximation ratio >0.95; ground state [1,0,0,0,0,0,0,0].

Hachimoji State Φ

Phase 0°, beautifulTopologicalFolding regime, ambidextrous chirality, forward direction — correct for E=mc² (above φ_GCP, zero contradictions, ordered basin).

Merkle Receipt Tree

SHA-256 hash of all 8 step witnesses; any change to any witness invalidates receipt.

Chentsov Uniqueness

Fisher information metric is unique Riemannian metric on 8-state Hachimoji probability simplex (proven in ChentsovFinite.lean).

Sidon Sets
Transport Theory
Hachimoji Substitution
BinnedFormalizations
EquationFractalEncoding

Summary: Complete 8-step E2E trace of E=mc² from LaTeX through formal verification, geometric search, quantum optimization, and Hachimoji decoding; 3 PROVEN, 3 COMPUTED, 2 STATED with sorry.


Conceptual Upgrade Receipt — Operator-Theoretic Hachimoji Codec V2

4-dimensional state descriptor: (Phase, Chirality, Direction, Regime) — 144 possible 4-tuples, only 8 canonical satisfying all 6 consistency rules.

Consistency Invariant

6 rules: Phase-Direction, Axis-Chirality, Beautiful Phase Range, Horrible Phase Range, Left Chirality-Direction, Regime Half-Plane.

consistency_error_bound Theorem

¬consistencyInvariant(s) → admission(s,shape) = QUARANTINE — deterministic structural guarantee replacing statistical reasoning.

Counterexample Detector

Detects old pipeline failure modes: DEGENERATE_PROJECTION, EMPTY_EIGENSPACE, NO_SPECTRAL_STRUCTURE, SAMPLING_NON_TERMINATION, BASE_RATE_LEAKAGE.

Operator C Pipeline

C: Equation → EquationShape → HachimojiState4D → ConsistencyCheck → Admission — deterministic, no sampling, no randomness.

Old Pipeline Failure

E∘S pipeline's 92.5% 'purity' was base-rate leakage, not eigenspace recovery; Fiedler vector near center of eigenspace distribution.

Summary: V2 Hachimoji codec upgrade from single-dimension regime classifier to 4D state descriptor with deterministic structural guarantee replacing statistical illusion.


Hachimoji Codec — Library Receipt

Hachimoji Codec Pipeline

5-stage pipeline: parse_equation → classify_hachimoji → build_receipt → admit_receipt → emit_stamped; fully deterministic.

EquationShape

Structure: n_vars, n_ops, max_depth, n_quantifiers, n_relations — extracted by tokenizing equation string.

HachimojiState (8 Greek States)

Φ(≤3 vars, no quantifiers, 1 relation), Λ(quantifiers, depth≤2), Ρ(>5 ops, no quantifiers, ≤10), Κ(>5 vars, depth≤1), Ω(contradiction), Σ(palindromic), Π(>10 ops), Ζ(default).

LogogramReceipt

Structure: shape, status, regime, payloadBound, contradictionWitness, tearBoundary, detachedMass, residualLane.

Admission Gates

typeAdmissible (regime recognized), projectionAdmissible (payloadBound ∨ tear∧¬detached), mergeAdmissible (¬residualLane).

Summary: Deterministic 5-stage codec converting equations to certified emit stamps via Hachimoji state classification and RRC admission gates; same equation → same state → same receipt every time.


Master Receipt: Chentsov-Hachimoji Library Integration

ChentsovFinite.lean

Formal proof that Fisher information metric is unique Riemannian metric on 8-state Hachimoji probability simplex; zero sorry axioms.

chentsov_finite Theorem

Fisher metric g_ij = δ_ij/π_i is unique on Δ^n for n≥2 — PROVEN.

chentsov_hachimoji Corollary

Application of Chentsov uniqueness to 8-state Hachimoji system — PROVEN.

Hachimoji Classification Rules

Priority-based: integrals→TRACE, summation→BIND, equality+quantifier+ca>0.03→ADMIT, no equality→CHALLENGE, etc.

Fisher Metric Connection

Chentsov's theorem transforms arbitrary encoding into canonical one; Fisher metric is forced by mathematics of statistical inference on probability simplex.

RRC Triple Gating

typeAdmissible + projectionAdmissible + mergeAdmissible; all gates derived from canonical Fisher geometry.

Summary: Integration of Chentsov uniqueness proof with Hachimoji codec: Fisher metric is canonical on 8-state simplex, forcing classification thresholds and RRC gates to be principled rather than heuristic.


Pending (Lean Unification)

Lean Unification Quarantine

Folder quarantining files that violate repo's Lean-first direction; Lean defines surfaces, non-Lean only thin shims for transport/runtime.

Summary: Quarantine folder for files violating Lean-first direction; pending port/removal.


Substack Connector

Substack Connector

Repo-local helper for preparing Markdown posts and image assets for Substack; converts IMAGE placeholders, copies assets, emits post.md and post.html.

Existing Post Updater

Authenticated updater using local Substack cookie string; writes timestamped backup before updating remote draft.

Summary: Local helper for preparing Markdown posts for Substack with image asset handling and authenticated post updating.


workspace-config README

Workspace Config

IDE configuration, environment files, tooling setup directory; sensitive values in .env only, package.json for workspace tooling.

Summary: IDE configuration and environment files directory; .env for sensitive values, package.json for workspace tooling.


AGENTS.md — Infrastructure And Hardware

restic

Deduplicated, encrypted, content-addressed backup snapshots with point-in-time restore

Garage

Self-hosted Dynamo-style S3-compatible object store across Tailscale mesh nodes

rclone

Moves raw objects between remotes (Garage↔gdrive) for cold-copy and sync

Full-loop observer/optimizer/actor for restic+Garage+rclone stack with Q16_16 thresholds and receipt hash-chain

JSON schema for storage agent cycle receipts with observation/decision/action_result and parent_hash chain

Observe-Decide-Act-Emit loop

Storage agent operational pattern: observe cluster state, decide triggers, execute actions, emit receipts

Tailscale mesh topology

Multi-node Garage cluster connected via Tailscale with RPC port 3901 and S3 port 3900

Q16_16 threshold constants

All storage agent numeric thresholds encoded as Q16_16 fixed-point UInt32 (one=0x00010000)

git post-commit hook

Automatically runs db-consolidate offload+consolidate after every commit, non-blocking

restic-backup.timer

Systemd timer firing at 03:00 daily running backup.sh full (snap+cold-copy+sync+forget+verify)

Compute Dispatch (WGSL)

All compute shaders as WGSL source; dispatch via wgpu Rust with transparent Vulkan/CPU/WebGPU backend selection

VCN compute substrate

AMD VCN/NVIDIA NVENC H.264 hardware video encoder as compute device via MKV trick with BraidStrand payloads

ChiralityDIAT + MountainPacked + BraidResidual + BraidDiatFrame compression codec

SPIR-V OpPhi→OpSelect transform eliminating branch overhead; emits CopyIfPattern

Virtio-net ring as computation pipeline: HASH_REPORT, TSO, MRG_RXBUF as Class-1 primitives

QEMU graphics framebuffer packer mapping Q16_16 scalars to ARGB8888 pixels for zero-copy DMA

Places 8 braid strands on torus/sphere/cube, maximizes Shannon entropy via gradient descent

Bridge from entropy exploration JSON → Lean Candidates.lean with BraidState fixtures

Lean-to-Postgres bridge executing Lean evaluations and extracting Q16_16 coordinates

PipeWire/FLAC DSP node registration and spectral analysis for volunteer computing

ENE schema (braid eigensolid)

Database tables: prover_state, prover_instances, sidon_labels, crossing_weights, eigensolid_snapshots, braid_strands

Cloudflare Workers edge

WASM trinary VM core implementing Q0_16 scalar compute at edge

Chaos-game-driven RRC self-refactoring oracle generating PRUNE/MERGE/PROMOTE/SPLIT commands

GPU-accelerated Bosonic Tensor Network Centrality using wgpu (Vulkan) adaptive RK4

Q16_16
Sidon labels
BraidStorm
eigensolid
receipt
restic
Garage
rclone
wgpu
WGSL
Tailscale

Summary: Infrastructure AGENTS.md covering storage stack (restic+Garage+rclone), storage agent with Q16_16 threshold receipts, Tailscale mesh topology, compute dispatch via WGSL/wgpu, and 20+ shim tools for braid compression, FPGA, GPU, and DSP workloads.


0-Core-Formalism — Formal Foundations

bind

State → (State → Action) → State — the fundamental state transition primitive

TriumvirateClock

Ternary consensus mechanism with ADD/PAUSE/SUBTRACT roles

Builder/Judge/Warden

Three roles mapped to hardware registers for Triumvirate consensus

OTOM

Ordered Transformation & Orchestration Model — core orchestration primitive

Q16_16 fixed-point constraint

Core compute paths use Q16_16; Float forbidden; ofFloat only at external boundary

lake build baseline

Current baseline: lake build reports 3314 jobs, 0 errors

Semantics.SDPVerify

SDP verification module in Lean/Semantics

Semantics.GoormaghtighCert

Goormaghtigh conjecture certification module

Semantics.HachimojiManifoldAxiom

Hachimoji DNA manifold axiom module

Semantics.GeneticBraidBridge

Bridge module connecting genetic structures to braid theory

Semantics.SieveLemmas

Sieve lemma module for formal proofs

Semantics.InteractionGraphSidon

Interaction graph with Sidon label constraints

Summary: Core formalism README defining bind primitive, TriumvirateClock consensus, Builder/Judge/Warden roles, OTOM model, Q16_16 fixed-point invariant, and listing blessed Lean/Semantics modules with 3314-job build baseline.


QC Flagger — AGENTS.md

QC Flagger

Automated code quality inspection for Lean files implementing 7-check protocol

7-check inspection protocol

Structural health, naming conventions, Q16_16 compliance, proof quality, dependency analysis, compression theorem pair, AGENTS.md compliance

Structural Health check

Theorem/def/eval/sorry counts, empty theorems, tautologies, unused imports, set_option suppressions

Q16_16 Compliance check

Flags Float/ofFloat usage in hot-path code outside JSON/sensor boundary shims

Compression Theorem Pair check

Every compression module must provide eigensolid_convergence AND receipt_invertible

Naming Conventions check

PascalCase for files/types, camelCase for functions/theorems, banned prefixes/suffixes

Proof Quality check

Defs without companion theorems, .get! without .isSome, native_decide coverage

Summary: QC Flagger tool implementing 7-check Lean inspection protocol covering structural health, naming, Q16_16 compliance, proof quality, dependencies, compression theorem pairs, and AGENTS.md compliance.


QC Flag Report — UniversalBridge.lean (2026-05-13 22:38)

UniversalBridge QC report

QC inspection of Physics/UniversalBridge.lean: 26 theorems, 20 defs, 0 sorries, 0 tautologies, 10 naming warnings

naming_conventions warnings

10 warnings for non-camelCase function names (RE_LAMINAR, H_INTERVAL, q16_add, etc.)

normalizedT companion gap

def normalizedT at line 47 has no companion theorem or #eval witness

Summary: QC report for UniversalBridge.lean showing PASS with 10 naming convention warnings and 1 missing companion theorem. Zero sorries, zero tautologies.


QC Flag Report — UniversalBridge.lean (2026-05-13 22:35)

UniversalBridge QC report (duplicate)

Earlier run of same QC inspection, identical results: PASS with 10 issues

Summary: Duplicate QC report for UniversalBridge.lean, identical to the 22:38 run. PASS with 10 naming warnings.


2-Search-Space — Quaternion, Braid, and Manifold Primitives

PIST

Perfectly Imperfect Square Theory — core search space primitive

SVQF

Spherical Quaternion Vector Field for high-dimensional navigation

FAMM

Frustration-Aware Manifold Mesh for search space topology

Braid Theory

Topological constraints via braid brackets (planned)

Quaternion Sieve

Counter-rotation as band-pass filter optimization

Non-linear Gearbox

φ-based fractional steps for search optimization

Calabi-Yau Compactification

Discarded space folded into compactified dimensions

Ricci Flow

Self-smoothing via ∂g_ij/∂t = -2R_ij

Summary: Search space layer defining quaternion, braid, and manifold primitives (PIST, SVQF, FAMM) with key optimizations including Quaternion Sieve, φ-based gearbox, Calabi-Yau compactification, and Ricci flow. Fixed-point Q16_16 throughout.


3-Mathematical-Models — Equation Registry and Proof Tracking

Equation Registry

Central TSV registry with Model_Name, Family, Equation, Variables, Purpose, Location, Implemented, Status, Cross_Refs, Domain_Type, Bind_Class

Mathlib database

Database of mathematical library references for equation tracking

Summary: Central equation registry, proof tracking, and mathematical substrate index. All new mathematical models must be added to the registry before creating separate documentation.


Variable Torsional Rotation: Edge-of-Universe Anomalies

Variable ω field

Torsional frequency ω = ω(θ, x, t) varying in space and time, where different regions unwind at different rates

Torsional wave equation

∇²ω - (1/c_θ²) ∂²ω/∂t² = -ρ_τ / τ_0 — torsional frequency field equation

Methuselah star resolution

HD 140283 appears older than universe due to local underdensity (5% → τ_local/t ≈ 1.053)

JWST early galaxies resolution

Overdense regions with T(x) high → ω low → local clock runs faster → galaxies appear mature

Hubble tension as torsional gradient

H_0(x) = ω(x) · H_0^(global) / ω_0 — local volume underdense → biased H_0 measurement

Dark flow explanation

Large-scale ω gradient pulls everything toward region of lower ω (faster unwinding)

Axis of evil explanation

Directional ω anisotropy at z=1100 creates dipolar modulation projecting onto quadrupole/octupole

Variable ω compression analogy

Decoder clock rate varies with local context density — slow for repetitive data, fast for novel data

Summary: Proposes variable torsional frequency ω(θ,x,t) as unified explanation for five cosmological anomalies: Methuselah star age, JWST early galaxies, Hubble tension, dark flow, and CMB axis of evil. Includes compression analogy with variable-rate decoder clock.


Universal Evolutionary Equation

Evolutionary Operator Ψ_E

Phenotype(x,t) = Ψ_E[Genotype(x) × Regulatory_State(t)] — the conserved operator reused across 120 Myr of butterfly evolution

Convergent evolution as shared operator

Seven butterfly lineages + one moth converge on identical patterns using same genetic toolkit — Ψ_E is frozen-in invariant

Multilayer Moiré Decoder

Computational analog of Ψ_E: 4-layer basis fusion with gap adaptation and twist angles

DNA inversion mechanism

Mirror involution t → 2k+1-t — 180° twist between van der Waals layers, preserves topology

Equation Stack

Nested operators: Universe = Ψ_gravity[Ψ_QFT[Ψ_chemistry[Ψ_genetics[Ψ_ecology]]]]

Conservation law of Ψ

Operator is topologically protected — cannot change without destroying information it carries

Compression spectral entropy bound

Compression ratio bounded by H_Ψ(data) = -Σ p(n) log₂ p_Ψ(n) ≤ 8 bits/byte

Summary: Universal evolutionary equation showing that convergent evolution in butterflies reveals a conserved operator Ψ_E, analogous to the multilayer moiré decoder for compression. Observable = Ψ[Conserved_Basis × Dynamic_Context].


The Unified Equation

Unified equation

Ω(n,θ,α) = Ψ[B(θ) ⊗ C(n,α)] ⊕ Δ(n,θ,α) — universal form collapsing physics, biology, compression

Domain collapse

Same equation maps to muon g-2, cosmology, thermodynamics, quantum mechanics, evolution, genetics, materials, compression

Degenerate forms

Δ→0: deterministic lossless; Ψ=identity: raw measurement; B=trivial: context-only; C=trivial: static frozen

Universe as decoder

Universe(t) = Ψ_universe[BigBang_Basis ⊗ Torsional_Context(t)] ⊕ Quantum_Foam_Noise

universal evolutionary equation
PIST
torsional cosmology

Summary: The unified equation Ω = Ψ[B⊗C] ⊕ Δ collapses 11 domains (particle physics through compression) into one form. Every system encodes state by combining conserved basis with dynamic context through topologically protected operator.


Quantum Uncertainty and Double-Slit from Torsional Vibration

Torsional wavefunction

Ψ(θ,x) = A(x)·exp(iω_Ψθ)·f(θ-θ_0(x)) — quantum state as localized vibration in unwinding field

ℏ as angular resolution

ℏ ≡ Δθ_min — minimum resolvable phase interval, not a constant of nature

Uncertainty from Fourier sampling

Δx·Δp ≥ ℏ/2 derived from sampling theory in θ-space, not operator noncommutativity

Double-slit from torsional paths

Interference arises because torsional sheet is one connected surface; paths have different phases when recombining

Measurement as phase pinning

Detector applies torsional torque locking phase to reference — like clamping vibrating drumhead

Born rule from mode competition

P(A) = |Ψ_A|²/(|Ψ_A|²+|Ψ_B|²) derived from torsional mode competition, not postulated

Complementarity from geometry

Resolution-dependent visibility: Δθ >> Δθ_crit → particle-like; Δθ << Δθ_crit → which-path info

Compression analogy

Uncertainty principle = fundamental limit of prediction given finite context; wave = model's uncertainty, particle = actual outcome

torsional cosmology
Heisenberg uncertainty
Fourier analysis

Summary: Derives Heisenberg uncertainty principle and double-slit interference from torsional vibration geometry. ℏ is minimum angular resolution; measurement is phase pinning. Rederives QM from geometric premises without new predictions.


Torsional Cosmology: Time as Unwinding, Spin as Gradient

Torsional cosmology

Replace time t with torsion angle θ; Big Bang = maximum winding, present = partial unwinding, future = heat death

Torsional metric

ds² = -dθ²/ω(θ)² + a(θ)²[dr²/(1-kr²) + r²dΩ²] + ℓ_P²dθ²Γ(θ)

Spin as winding number

s = (1/2π)∮∇_θφ·dθ — spin-1/2 is Möbius strip in torsional space requiring 720° rotation

Particle spectrum from Fourier

Particle spectrum is Fourier spectrum of torsional unwinding: n=2s (winding number → spin)

Forces as torsional derivatives

4 forces are different order derivatives of same torsional potential: Gravity=∂⁰, Strong=∂¹, Weak=∂², EM=∂³

Dark energy as residual torsion

ρ_DE(θ) = ρ_foam·(1-θ/θ_max)²; apparent constancy from being inside the system

CMB spectral index prediction

n_s = 1 - 2/(1+θ_max/θ_recombination) ≈ 0.965, matching Planck measurement

Proton stability from topology

Baryon number is torsional winding number; decay requires topology change, exponentially suppressed

PIST decoder from torsional geometry

Spin-1/2 predictors as fundamental unit, spin-1 mixing as majority voting, Higgs as global bias — PIST architecture derived from torsion

torsional metric
FLRW metric
spin-statistics theorem
PIST

Summary: Torsional cosmology framework where time is unwinding angle θ. Spin is winding number, particle spectrum is Fourier spectrum of unwinding, four forces are torsional derivatives at different orders. Predicts CMB n_s ≈ 0.965.


Thermodynamic Test of the Recursive Branch-Cut Hypothesis

Fractal entropy scaling

S(R) ≤ C·R^{D_H}·(E/R^{D_H})^{(D_H-1)/D_H} with D_H = log(2)/log(Φ) ≈ 1.44

Fractal specific heat

C_V ∝ T^{D_s} where D_s = 2D_H/(1+D_H) ≈ 1.18 for fractal spectral dimension

Thermodynamic falsification

Recursive branch-cut hypothesis fails quantitatively for entropy scaling (R^{1.44}) and specific heat (T^{1.18})

Phase transition survival

Theory survives if fractal dimension is emergent large-scale property, not microscopic one

Arrow of time = torsional unwinding

dS/dθ ≥ 0; arrow of time identical to torsional arrow, not separate thermodynamic arrow

Jarzynski equality invariance

Jarzynski equality ⟨exp(-βW)⟩ = exp(-βΔF) cannot be violated by fractal geometry

Landauer limit invariance

E_min = k_BT ln(2) unchanged by fractal structure; applies to physical erasure, not information packing

recursive branch-cut self-similarity
Bekenstein bound
Jarzynski equality
Landauer limit

Summary: Tests recursive branch-cut hypothesis against thermodynamic laws. Fails quantitatively for entropy scaling and specific heat. Survives only as large-scale geometric description. Thermodynamic laws (Carnot, Jarzynski, Landauer) are too robust to be affected.


Recursive Branch-Cut Self-Similarity: From Quantum Foam to Superclusters

Genus-3 hyperbolic surface

Universe embedded in genus-3 surface with fixed angular resolution; branch-cut defects at critical angles

Φ² scaling factor

L_{n+1}/L_n ≈ exp(d_inj) ≈ Φ² ≈ 2.618 — same factor as Fibonacci, DNA helix, golden ratio

Recursive branch-cut tree

At each scale L_n, observer sees: below=homogeneous, at=critical (branch cut), above=4 distinct modes

Fractal dimension D_f ≈ 1.44

log(2)/log(Φ) — observable signature at phase transition barriers across all scales

DNA chromatin hierarchy

Self-similar DNA packaging: 2→11→30→300→700→1000→10000 nm with branch cuts at each level

10.5 bp/turn and Φ

DNA helix 10.5 bp/turn; 10.5/Φ ≈ 6.5 ≈ 6.8 nucleosomes per 11-nm fiber turn

Recursive decoder architecture

predict_recursive(n, level): detect branch cut at critical scale, switch to next-level model

genus-3 surface
golden ratio Φ
fractal dimension
chromatin structure

Summary: Recursive self-similar structure from quantum foam to superclusters via genus-3 hyperbolic surface. Φ² ≈ 2.618 scaling between levels. Fractal dimension D_f ≈ 1.44 at phase transitions. Maps to DNA chromatin hierarchy.


Physics Equations — Mapped with Compression & Metaprobe

Unified equation mapping (pro)

333+ physics equations mapped to Ω = Ψ[B(θ)⊗C(n,α)]⊕Δ(n,θ,α) with detailed symbol tables

Newton to QFT equation coverage

Classical mechanics through quantum field theory: Newton, Lagrange, Hamilton, Maxwell, Schrödinger, Dirac, Standard Model, GR, cosmology, fluid dynamics, optics, thermodynamics

Summary: Comprehensive mapping of 333+ physics equations (classical mechanics through QFT and cosmology) to the unified equation form with detailed symbol tables for each.


Physics Equations — Parallel Mapped

Parallel equation mapping

6-worker parallel mapping of physics equations to unified form with domain-specific symbol interpretations

Summary: Parallel (6-worker) mapping of physics equations to the unified equation form, covering classical mechanics through cosmology with domain-specific interpretations.


Physics Equations Database — Mapped to Unified Equation

Physics equations database

333 equations mapped to unified form with domain categories and symbol mappings

Summary: Database of 333 physics equations mapped to the unified equation Ω = Ψ[B⊗C] ⊕ Δ across all domains from classical mechanics to quantum field theory.


Physics Equations — Eigenvector Cluster Mapping

Eigenvector cluster analysis

Domain adjacency matrix + principal eigenvector analysis clustering 1388 equations into 5 clusters

Cluster 1: Electromagnetism & Circuits

268 equations, eigenvalue 0.968750 — largest cluster by far

Cluster 2: Condensed Matter & Superconductivity

150 equations, eigenvalue 0.969697

Domain adjacency matrix

Matrix of equation-domain relationships used for spectral clustering

1388 equation coverage

Massive physics equation database spanning EM, condensed matter, optics, surface science, polymer physics, hydrology, astrophysics, nuclear physics, quantum information, rheology, plasma physics, nanoscience, biophysics, cosmology

physics equations database
spectral clustering

Summary: Eigenvector clustering of 1388 physics equations into 5 domain clusters using adjacency matrix spectral analysis. Electromagnetism cluster (268 equations) is dominant. Covers 30+ physics subdomains.


From Known Physics to Compression Architecture

Landauer reversibility → deterministic state

E_dissipated ≥ k_BT·ln(2) per bit erased → decoder must be reversible by construction, no discard operations

Shannon entropy → residual maximization

H(X) = -Σp(x)log p(x) → decoder's prediction model must maximize residual entropy distribution

Jaynes maxent → empirical frequency models

Optimal context model is maxent for observed statistics → PIST basis is frequency-ranked pool

Bennett reversibility → inverse operations

Any computation reversible by retaining intermediates → PIST 8-opcode machine extended with inverses (FUSE→SPLIT)

Uncertainty principle → complementary models

Δx·Δp ≥ ℏ/2 → decoder needs complementary local/global models; tree address + surface/torus + shell coordinate

Bell correlations → nonlocal context

CHSH |S| ≤ 2√2 → context mixing must include distant matches, not just recent history

Bekenstein bound → O(1) basis state

I ≤ 2πRE/(ℏc·ln2) → decoder state should be surface-like; PIST basis = 16 bytes vs data = 10⁹ bytes

Thermodynamic uncertainty → speed-accuracy tradeoff

(ΔJ)²/⟨J⟩²·σ ≥ 2k_B → fast decoders produce more residuals; gear law C_out = G_AS·C_in

Fluctuation theorem → low-work trajectories

⟨exp(-βW)⟩ = exp(-βΔF) → decoder learning minimizes cumulative prediction error; FAMM scars record high-work paths

PIST as thermodynamically optimal

PIST is unique architecture consistent with all 9 known physical laws — not assumed, derived

PIST
Landauer limit
Shannon entropy
Jaynes maxent
Bennett reversibility
Heisenberg uncertainty
Bell inequality
Bekenstein bound
Jarzynski equality
FAMM

Summary: Derives PIST compression architecture from 9 known physical laws (Landauer, Shannon, Jaynes, Bennett, Heisenberg, Bell, Bekenstein, thermodynamic uncertainty, fluctuation theorem). PIST is thermodynamically optimal decompression engine.


The Half-Möbius Fold: A Cross-Domain Investigation

Half-Möbius fold

90° twist with branch cut — natural intermediate between periodic (cylinder) and anti-periodic (Möbius) boundary conditions

Topological insulator surface states

Surface Dirac cone is Möbius strip in momentum space; real-space surface is cylinder with virtual branch cut

DNA replication fork as branch cut

Replication fork = branch cut in twisted ribbon; behind=fork: separate cylinders, at=fork: half-Möbius, ahead: double helix

Big Bang as branch cut

Universe topology transitions from pre-Big Bang (unknown) to post-Big Bang (observable) at fold

W mass energy dependence

Predicts W mass depends on production energy near ~2 TeV fold; CDF vs CMS discrepancy explained

Anyonic statistics at fold

Near branch cut: anyonic statistics possible (θ_stat = 0 to π continuously); fold = undefined statistics

Fold crossings in compression

Bosonic regions: periodic context; fermionic regions: anti-periodic; fold: incompressible branch cut correction

Start codon as fold marker

AUG start codon signals fold crossing; stop codons (UAA/UAG/UGA) mark return to bosonic sequence

topological insulators
DNA topology
spin-statistics theorem
torsional cosmology
PIST

Summary: Cross-domain investigation of the half-Möbius fold (90° twist with branch cut) appearing in topological insulators, DNA replication, cosmology, spin-statistics, and compression. Open theoretical conjecture with testable predictions.


GUT Synthesis: What Survives from 100 Years of Attempts

Kaluza-Klein survival

Apparent forces are shadows of simpler higher-dimensional structure; fifth dimension = fractional order parameter α

Yang-Mills survival

Connection A_μ and curvature F_μν are right language; gauge group is consequence not cause; gauge bosons = collective excitations of shear mode

SU(5) proton stability

Proton stable because baryon number is topological invariant of fractional field; decay suppressed by shear angle mismatch exp(-cot θ_obs)

SO(10) spinor as spectral decomposition

16-dimensional spinor = 4 modes × 4 Dirac components from fractional field spectral decomposition

SUSY → shear duality

Boson-fermion pairing from shear transformation mixing even/odd powers, not supersymmetry; divergences cancelled by fractal dimension

String → noncommuting derivatives

String worldsheet = 2D field theory; [D^α, D^β] ≠ 0 replaces [X^μ, X^ν] = iθ^{μν}

Fractional resonant quantization

Four forces at α = 1, 1/2, 1/3, 1/4 — Fourier decomposition of single shear kernel

fractional unified field
shear transformation
gauge theory

Summary: Honest assessment of 100 years of GUT attempts. Extracts residual truths from Kaluza-Klein, Yang-Mills, SU(5), SO(10), SUSY, and string theory. Proposes fractional operator algebra with resonant quantization as alternative.


Extracted Equations from Articles and Theory Documents

Muon g-2 measurement

a_μ = (|g|-2)/2 = 0.001165920705(114), σ = 0.127 ppm, matched to SM within 0.5σ

Fractional unified field equation

(D_t^α + (-∇²)^β)Ψ = λ|Ψ|^γ Ψ — fractional derivative with self-interaction

Riesz fractional derivative

D^α f(x) = F^{-1}[|k|^α · F[f](k)] with eigenfunctions exp(ikx)

Force emergence table

EM: α=1, Weak: α=1/2, Strong: α=1/3, Gravity: α=1/4 — resonant quantization

Anthropic shear transformation

Ψ_observed(x,t) = ∫K_θ(x-x')Ψ_unified(x',t)dx' — observer-dependent projection

Mode weight under shear

w(α,θ) = sin(θ)^α · cos(θ)^{1-α}

fractional unified field
muon g-2
Riesz derivative

Summary: Extracted equations from CERN articles and fractional unified field theory: muon g-2 measurement, fractional field equation, Riesz derivatives, force emergence via resonant quantization, and anthropic shear transformation.


AMMR

AMMR

imports Quaternion, TorsionalPIST; domain: Semantics

Quaternion

dependency of AMMR

TorsionalPIST

dependency of AMMR

Summary: Module (AMMR) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


ASCIIArtCompetition

ASCIIArtCompetition

domain: Semantics

Summary: Standalone module (ASCIIArtCompetition) with no import dependencies. Self-contained implementation in the Semantics domain.


ASCIIArtStore

ASCIIArtStore

domain: Semantics

Summary: Standalone module (ASCIIArtStore) with no import dependencies. Self-contained implementation in the Semantics domain.


ASCIIGen

ASCIIGen

imports GenomicCompression; domain: Semantics

GenomicCompression

dependency of ASCIIGen

Summary: Module (ASCIIGen) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


ASICTopology

ASICTopology

imports FixedPoint, Bind, NICProbe; imported by 2 modules; domain: Semantics

FixedPoint

dependency of ASICTopology

Bind

dependency of ASICTopology

NICProbe

dependency of ASICTopology

FixedPoint Bind NICProbe BitcoinMetaprobe

Summary: Module (ASICTopology) in the Semantics domain. Imports 3 module(s), imported by 2 module(s).


AVM

AVM

imports FixedPoint, Bind; domain: Semantics

FixedPoint

dependency of AVM

Bind

dependency of AVM

Summary: Module (AVM) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


AVMR

AVMR

imports Spectrum, SpectralField, VecState; imported by 2 modules; domain: Semantics

Spectrum

dependency of AVMR

SpectralField

dependency of AVMR

VecState

dependency of AVMR

ShellModel

dependency of AVMR

FixedPoint

dependency of AVMR

GeneticCode

dependency of AVMR

Spectrum SpectralField VecState ShellModel FixedPoint GeneticCode HutterMaximumCompression KimiProber

Summary: Integration module (AVMR) that composes 6 dependencies. Bridges multiple subsystems in the Semantics domain.


AVMRClassification

AVMRClassification

domain: Semantics

Summary: Standalone module (AVMRClassification) with no import dependencies. Self-contained implementation in the Semantics domain.


AVMRCore

AVMRCore

domain: Semantics

Summary: Standalone module (AVMRCore) with no import dependencies. Self-contained implementation in the Semantics domain.


AVMRFrameworkMetaprobe

AVMRFrameworkMetaprobe

imports FixedPoint; domain: Semantics

FixedPoint

dependency of AVMRFrameworkMetaprobe

Summary: Module (AVMRFrameworkMetaprobe) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


AVMRInformation

AVMRInformation

domain: Semantics

Summary: Standalone module (AVMRInformation) with no import dependencies. Self-contained implementation in the Semantics domain.


AVMRProofs

AVMRProofs

domain: Semantics

Summary: Standalone module (AVMRProofs) with no import dependencies. Self-contained implementation in the Semantics domain.


AVMRTheorems

AVMRTheorems

domain: Semantics

Summary: Standalone module (AVMRTheorems) with no import dependencies. Self-contained implementation in the Semantics domain.


AbelianSandpileRouting

AbelianSandpileRouting

imports NeurodivergentPatternLUT, Genome18, MorphicNeuralNetwork; imported by 1 modules; domain: Semantics

NeurodivergentPatternLUT

dependency of AbelianSandpileRouting

dependency of AbelianSandpileRouting

MorphicNeuralNetwork

dependency of AbelianSandpileRouting

NeurodivergentPatternLUT Genome18 MorphicNeuralNetwork CouchFilterNormalization

Summary: Module (AbelianSandpileRouting) in the Semantics domain. Imports 3 module(s), imported by 1 module(s).


Adaptation

Adaptation

imports Basic, FixedPoint; imported by 6 modules; domain: Semantics

Basic

dependency of Adaptation

FixedPoint

dependency of Adaptation

Basic FixedPoint NetworkRAM KillerCriterion TorsionalPIST GenerateLUT Ingestion KimiProber

Summary: Module (Adaptation) in the Semantics domain. Imports 2 module(s), imported by 6 module(s).


AffineMappingLTSF

AffineMappingLTSF

imports FixedPoint; domain: Semantics

FixedPoint

dependency of AffineMappingLTSF

Summary: Module (AffineMappingLTSF) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


AgenticCore

AgenticCore

imports FixedPoint, TopologicalAwareness; domain: Semantics

FixedPoint

dependency of AgenticCore

TopologicalAwareness

dependency of AgenticCore

Summary: Module (AgenticCore) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


AgenticOrchestration

AgenticOrchestration

domain: Semantics

Summary: Standalone module (AgenticOrchestration) with no import dependencies. Self-contained implementation in the Semantics domain.


AgenticOrchestrationField

AgenticOrchestrationField

imports FixedPoint; domain: Semantics

FixedPoint

dependency of AgenticOrchestrationField

Summary: Module (AgenticOrchestrationField) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


AgenticTaskAssignment

AgenticTaskAssignment

imports FixedPoint; domain: Semantics

FixedPoint

dependency of AgenticTaskAssignment

Summary: Module (AgenticTaskAssignment) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


AgenticTheorems

AgenticTheorems

imports FixedPoint; domain: Semantics

FixedPoint

dependency of AgenticTheorems

Summary: Module (AgenticTheorems) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


AnalysisFoundations

AnalysisFoundations

imported by 1 modules; domain: Semantics

Summary: Module (AnalysisFoundations) in the Semantics domain. imported by 1 module(s).


AngrySphinx

AngrySphinx

imports FixedPoint; domain: Semantics

FixedPoint

dependency of AngrySphinx

Summary: Module (AngrySphinx) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


AngrySphinxPolicy

AngrySphinxPolicy

imports Testing_ExtremeParameterTest; domain: Semantics

dependency of AngrySphinxPolicy

Summary: Module (AngrySphinxPolicy) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


AtomicResolution

AtomicResolution

imports FixedPoint, OrthogonalAmmr, EnvironmentMechanics; imported by 1 modules; domain: Semantics

FixedPoint

dependency of AtomicResolution

OrthogonalAmmr

dependency of AtomicResolution

EnvironmentMechanics

dependency of AtomicResolution

LandauerCompression

dependency of AtomicResolution

FixedPoint OrthogonalAmmr EnvironmentMechanics LandauerCompression CompressionMechanics

Summary: Integration module (AtomicResolution) that composes 4 dependencies. Bridges multiple subsystems in the Semantics domain.


Atoms

Atoms

imports FixedPoint; imported by 5 modules; domain: Semantics

FixedPoint

dependency of Atoms

FixedPoint FieldSolver Lemmas Constitution Decomposition Graph

Summary: Module (Atoms) in the Semantics domain. Imports 1 module(s), imported by 5 module(s).


Autobalance

Autobalance

imports FixedPoint, Bind; imported by 1 modules; domain: Semantics

FixedPoint

dependency of Autobalance

Bind

dependency of Autobalance

Summary: Module (Autobalance) in the Semantics domain. Imports 2 module(s), imported by 1 module(s).


BHOCS

BHOCS

imports FixedPoint, OrthogonalAmmr; domain: Semantics

FixedPoint

dependency of BHOCS

OrthogonalAmmr

dependency of BHOCS

Summary: Module (BHOCS) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


Basic

Basic

imports FixedPoint; imported by 4 modules; domain: Semantics

FixedPoint

dependency of Basic

Summary: Module (Basic) in the Semantics domain. Imports 1 module(s), imported by 4 module(s).


Benchmarks.Grid17x17

imports Basic; imported by 1 modules; domain: Semantics

Basic

dependency of Benchmarks.Grid17x17

Summary: Module (Benchmarks.Grid17x17) in the Semantics domain. Imports 1 module(s), imported by 1 module(s).


Benchmarks.HadwigerNelson

Benchmarks.HadwigerNelson

imports Basic, FixedPoint; domain: Semantics

Basic

dependency of Benchmarks.HadwigerNelson

FixedPoint

dependency of Benchmarks.HadwigerNelson

Summary: Module (Benchmarks.HadwigerNelson) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


Bind

Bind

imports FixedPoint; imported by 63 modules; domain: Semantics

FixedPoint

dependency of Bind

FixedPoint Forgejo Github Hutter InteratomicPotential FieldSolver MISignal ThermodynamicSort GPUResourceManager NICProbe GeometricTopology NonEuclideanGeometry NNonEuclideanGeometry Curvature ManifoldNetworking TopologyNode BraidField TopologicalPersistence VoxelEncoding HutterMaximumCompression OpenWorm HormoneDeriv MorphicNeuralNetwork RelationMaskTrainer MorphicScalar DSPTranslation ENEContextTokenCache BitcoinMetaprobe BitcoinMetaprobeEval MinimalBitcoinL3 MNLOGQuaternionBridge SLUQ JsonLSurfaceConnector Layer3Metaprobe Autobalance MechanicalLogic CacheSieve CognitiveLoad CollectiveManifoldInterface Containment CooperativeLUT FlagSort FuzzyAssociation MinimalLayer3Eval OEPI OmniNetwork Protocol ASICTopology YangMillsLattice YangMillsCompression YangMillsPerformance YangMillsLatticeSizing YangMillsCompressionBounds Layer3TransmissionModel HydrogenicPhiTorsionBraid SigmaGate CoulombComplexity WitnessGrammar AVM Physics_BindPhysics Physics_NBody Physics_QCLEnergy Testing_ExtremeParameterTest Testing_StructuralAttestation

Summary: Core foundational module (Bind) with high import fanout (63 dependents). Provides fundamental primitives for the Semantics domain.


BindEngine

BindEngine

imports FixedPoint; domain: Semantics

FixedPoint

dependency of BindEngine

Summary: Module (BindEngine) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


Biology.BioRxivFormalization

Biology.BioRxivFormalization

domain: Semantics

Summary: Standalone module (Biology.BioRxivFormalization) with no import dependencies. Self-contained implementation in the Semantics domain.


Biology.QuaternionGenomic

Biology.QuaternionGenomic

imports FixedPoint, GenomicCompression, ResonanceGradient; imported by 2 modules; domain: Semantics

FixedPoint

dependency of Biology.QuaternionGenomic

GenomicCompression

dependency of Biology.QuaternionGenomic

ResonanceGradient

dependency of Biology.QuaternionGenomic

dependency of Biology.QuaternionGenomic

FixedPoint GenomicCompression ResonanceGradient SLUG3 SLUQQuaternionIntegration

Summary: Integration module (Biology.QuaternionGenomic) that composes 4 dependencies. Bridges multiple subsystems in the Semantics domain.


Biology.RGFlowBioinformatics

Biology.RGFlowBioinformatics

imports FixedPoint, SSMS; imported by 1 modules; domain: Semantics

FixedPoint

dependency of Biology.RGFlowBioinformatics

Summary: Module (Biology.RGFlowBioinformatics) in the Semantics domain. Imports 2 module(s), imported by 1 module(s).


BitcoinMetaprobe

BitcoinMetaprobe

imports FixedPoint, Bind, ASICTopology; imported by 3 modules; domain: Semantics

FixedPoint

dependency of BitcoinMetaprobe

Bind

dependency of BitcoinMetaprobe

ASICTopology

dependency of BitcoinMetaprobe

FixedPoint Bind ASICTopology BitcoinMetaprobeEval MinimalBitcoinL3 Layer3Metaprobe

Summary: Module (BitcoinMetaprobe) in the Semantics domain. Imports 3 module(s), imported by 3 module(s).


BitcoinMetaprobeEval

BitcoinMetaprobeEval

imports FixedPoint, Bind, BitcoinMetaprobe; domain: Semantics

FixedPoint

dependency of BitcoinMetaprobeEval

Bind

dependency of BitcoinMetaprobeEval

BitcoinMetaprobe

dependency of BitcoinMetaprobeEval

Summary: Module (BitcoinMetaprobeEval) in the Semantics domain. Imports 3 module(s), Not imported by other modules.


BitcoinRGFlow

BitcoinRGFlow

imports SSMS; imported by 1 modules; domain: Semantics

SSMS

dependency of BitcoinRGFlow

Summary: Module (BitcoinRGFlow) in the Semantics domain. Imports 1 module(s), imported by 1 module(s).


BoundaryDynamics

BoundaryDynamics

imports MagnetoPlasma, SpikingDynamics, ExoticSpacetime; imported by 6 modules; domain: Semantics

MagnetoPlasma

dependency of BoundaryDynamics

SpikingDynamics

dependency of BoundaryDynamics

ExoticSpacetime

dependency of BoundaryDynamics

ManifoldStructures

dependency of BoundaryDynamics

PhysicsScalar

dependency of BoundaryDynamics

RegimeCore

dependency of BoundaryDynamics

Errors

dependency of BoundaryDynamics

ElectromagneticSpectrum

dependency of BoundaryDynamics

MagnetoPlasma SpikingDynamics ExoticSpacetime ManifoldStructures PhysicsScalar RegimeCore Errors ElectromagneticSpectrum MultiBodyField SensorField CosmicStructure ManifoldPotential SubstrateProfile CriticalityDynamics

Summary: Integration module (BoundaryDynamics) that composes 8 dependencies. Bridges multiple subsystems in the Semantics domain.


BracketShellCount

BracketShellCount

imports ShellModel, DynamicCanal, BraidBracket; domain: Semantics

ShellModel

dependency of BracketShellCount

DynamicCanal

dependency of BracketShellCount

BraidBracket

dependency of BracketShellCount

Summary: Module (BracketShellCount) in the Semantics domain. Imports 3 module(s), Not imported by other modules.


BraidBracket

imports DynamicCanal; imported by 8 modules; domain: Semantics

DynamicCanal

dependency of BraidBracket

DynamicCanal MasterEquation ManifoldFlow BraidStrand BraidCross BracketShellCount Connectors Decoder Testing_CBFTests

Summary: Module (BraidBracket) in the Semantics domain. Imports 1 module(s), imported by 8 module(s).


BraidCross

BraidCross

imports BraidBracket, FixedPoint, DynamicCanal; imported by 1 modules; domain: Semantics

BraidBracket

dependency of BraidCross

FixedPoint

dependency of BraidCross

DynamicCanal

dependency of BraidCross

BraidStrand

dependency of BraidCross

BraidBracket FixedPoint DynamicCanal BraidStrand Testing_CBFTests

Summary: Integration module (BraidCross) that composes 4 dependencies. Bridges multiple subsystems in the Semantics domain.


BraidField

BraidField

imports FixedPoint, Bind; domain: Semantics

FixedPoint

dependency of BraidField

Bind

dependency of BraidField

Summary: Module (BraidField) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


BraidStrand

BraidStrand

imports BraidBracket, FixedPoint, DynamicCanal; imported by 4 modules; domain: Semantics

BraidBracket

dependency of BraidStrand

FixedPoint

dependency of BraidStrand

DynamicCanal

dependency of BraidStrand

BraidBracket FixedPoint DynamicCanal MasterEquation BraidCross Physics_NBody Testing_CBFTests

Summary: Module (BraidStrand) in the Semantics domain. Imports 3 module(s), imported by 4 module(s).


BrainBoxDescriptor

BrainBoxDescriptor

imports FixedPoint, Q0_16; domain: Semantics

FixedPoint

dependency of BrainBoxDescriptor

dependency of BrainBoxDescriptor

Summary: Module (BrainBoxDescriptor) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


CacheSieve

CacheSieve

imports SLUQ, Bind; domain: Semantics

SLUQ

dependency of CacheSieve

Bind

dependency of CacheSieve

Summary: Module (CacheSieve) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


CalibratedKernel

CalibratedKernel

imports DomainKernel; domain: Semantics

DomainKernel

dependency of CalibratedKernel

Summary: Module (CalibratedKernel) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


Canon

Canon

imports FixedPoint; imported by 7 modules; domain: Semantics

FixedPoint

dependency of Canon

FixedPoint Transition Evolution CanonAdapters CanonSerialization Pbacs Constitution Orchestrate

Summary: Module (Canon) in the Semantics domain. Imports 1 module(s), imported by 7 module(s).


CanonAdapters

CanonAdapters

imports FixedPoint, Canon; domain: Semantics

FixedPoint

dependency of CanonAdapters

Canon

dependency of CanonAdapters

Summary: Module (CanonAdapters) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


CanonSerialization

CanonSerialization

imports FixedPoint, Canon; imported by 1 modules; domain: Semantics

FixedPoint

dependency of CanonSerialization

Canon

dependency of CanonSerialization

Summary: Module (CanonSerialization) in the Semantics domain. Imports 2 module(s), imported by 1 module(s).


CanonicalInterval

CanonicalInterval

imports FixedPoint; imported by 3 modules; domain: Semantics

FixedPoint

dependency of CanonicalInterval

FixedPoint SurfaceCore SolitonLighthouse EquationTranslation

Summary: Module (CanonicalInterval) in the Semantics domain. Imports 1 module(s), imported by 3 module(s).


CasimirMetaprobe

CasimirMetaprobe

imports FixedPoint; domain: Semantics

FixedPoint

dependency of CasimirMetaprobe

Summary: Module (CasimirMetaprobe) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


CausalGeometry

CausalGeometry

imports ManifoldStructures, PhysicsScalar, ManifoldPotential; imported by 2 modules; domain: Semantics

ManifoldStructures

dependency of CausalGeometry

PhysicsScalar

dependency of CausalGeometry

ManifoldPotential

dependency of CausalGeometry

Errors

dependency of CausalGeometry

RegimeCore

dependency of CausalGeometry

ManifoldStructures PhysicsScalar ManifoldPotential Errors RegimeCore SensorField SubstrateProfile

Summary: Integration module (CausalGeometry) that composes 5 dependencies. Bridges multiple subsystems in the Semantics domain.


CellSnowballConstraint

CellSnowballConstraint

imports FixedPoint; imported by 1 modules; domain: Semantics

FixedPoint

dependency of CellSnowballConstraint

Summary: Module (CellSnowballConstraint) in the Semantics domain. Imports 1 module(s), imported by 1 module(s).


ChatLogConversion

ChatLogConversion

imports FixedPoint, Substrate; domain: Semantics

FixedPoint

dependency of ChatLogConversion

Substrate

dependency of ChatLogConversion

Summary: Module (ChatLogConversion) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


ClassicalEuclideanGeometry

ClassicalEuclideanGeometry

domain: Semantics

Summary: Standalone module (ClassicalEuclideanGeometry) with no import dependencies. Self-contained implementation in the Semantics domain.


CodonOTOM

CodonOTOM

imported by 1 modules; domain: Semantics

Summary: Module (CodonOTOM) in the Semantics domain. imported by 1 module(s).


CodonPeptideConsistency

CodonPeptideConsistency

imports CodonOTOM, PeptideMoE; domain: Semantics

CodonOTOM

dependency of CodonPeptideConsistency

PeptideMoE

dependency of CodonPeptideConsistency

Summary: Module (CodonPeptideConsistency) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


CognitiveLoad

FixedPoint

dependency of CognitiveLoad

Bind

dependency of CognitiveLoad

Summary: Module (CognitiveLoad) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


CognitiveMorphemics

CognitiveMorphemics

imports Quaternion, TorsionalPIST, DynamicCanal; domain: Semantics

Quaternion

dependency of CognitiveMorphemics

TorsionalPIST

dependency of CognitiveMorphemics

DynamicCanal

dependency of CognitiveMorphemics

Summary: Module (CognitiveMorphemics) in the Semantics domain. Imports 3 module(s), Not imported by other modules.


CollectiveManifoldInterface

CollectiveManifoldInterface

imports MorphicScalar, Bind, S3C; domain: Semantics

MorphicScalar

dependency of CollectiveManifoldInterface

Summary: Module (CollectiveManifoldInterface) in the Semantics domain. Imports 3 module(s), Not imported by other modules.


Components.Bind

Components.Bind

imports FixedPoint, Components_Core, Components_Quaternion; imported by 2 modules; domain: Semantics

FixedPoint

dependency of Components.Bind

dependency of Components.Bind

dependency of Components.Bind

dependency of Components.Bind

Summary: Integration module (Components.Bind) that composes 4 dependencies. Bridges multiple subsystems in the Semantics domain.


Components.Composition

Components.Composition

imports Components_Core, Components_Quaternion, Components_Bind; imported by 1 modules; domain: Semantics

dependency of Components.Composition

dependency of Components.Composition

dependency of Components.Composition

dependency of Components.Composition

Summary: Integration module (Components.Composition) that composes 4 dependencies. Bridges multiple subsystems in the Semantics domain.


Components.Core

FixedPoint

dependency of Components.Core

Summary: Module (Components.Core) in the Semantics domain. Imports 1 module(s), imported by 7 module(s).


Components.Demo

Components.Demo

imports Components_Quaternion, Components_Gradient, Components_Core; domain: Semantics

dependency of Components.Demo

dependency of Components.Demo

dependency of Components.Demo

dependency of Components.Demo

dependency of Components.Demo

dependency of Components.Demo

dependency of Components.Demo

Summary: Integration module (Components.Demo) that composes 7 dependencies. Bridges multiple subsystems in the Semantics domain.


Components.Gradient

Components.Gradient

imports FixedPoint, Components_Core; imported by 3 modules; domain: Semantics

FixedPoint

dependency of Components.Gradient

dependency of Components.Gradient

Summary: Module (Components.Gradient) in the Semantics domain. Imports 2 module(s), imported by 3 module(s).


Components.Pipeline

Components.Pipeline

imports FixedPoint, Components_Core; imported by 1 modules; domain: Semantics

FixedPoint

dependency of Components.Pipeline

dependency of Components.Pipeline

Summary: Module (Components.Pipeline) in the Semantics domain. Imports 2 module(s), imported by 1 module(s).


Components.Quaternion

dependency of Components.Quaternion

dependency of Components.Quaternion

Summary: Module (Components.Quaternion) in the Semantics domain. Imports 2 module(s), imported by 3 module(s).


Components.State

dependency of Components.State

dependency of Components.State

Summary: Module (Components.State) in the Semantics domain. Imports 2 module(s), imported by 1 module(s).


CompressionControl

CompressionControl

imports FixedPoint, CompressionMechanicsBridge; domain: Semantics

FixedPoint

dependency of CompressionControl

CompressionMechanicsBridge

dependency of CompressionControl

Summary: Module (CompressionControl) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


CompressionEvidence

CompressionEvidence

imports FixedPoint, OrthogonalAmmr; domain: Semantics

FixedPoint

dependency of CompressionEvidence

OrthogonalAmmr

dependency of CompressionEvidence

Summary: Module (CompressionEvidence) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


CompressionLossComparison

CompressionLossComparison

imports FixedPoint; domain: Semantics

FixedPoint

dependency of CompressionLossComparison

Summary: Module (CompressionLossComparison) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


CompressionMaximization

CompressionMaximization

domain: Semantics

Summary: Standalone module (CompressionMaximization) with no import dependencies. Self-contained implementation in the Semantics domain.


CompressionMechanics

CompressionMechanics

imports FixedPoint, AtomicResolution, EnvironmentMechanics; imported by 1 modules; domain: Semantics

FixedPoint

dependency of CompressionMechanics

AtomicResolution

dependency of CompressionMechanics

EnvironmentMechanics

dependency of CompressionMechanics

LandauerCompression

dependency of CompressionMechanics

FixedPoint AtomicResolution EnvironmentMechanics LandauerCompression DefectMechanics

Summary: Integration module (CompressionMechanics) that composes 4 dependencies. Bridges multiple subsystems in the Semantics domain.


CompressionMechanicsBridge

CompressionMechanicsBridge

imports FixedPoint, DefectMechanics; imported by 1 modules; domain: Semantics

FixedPoint

dependency of CompressionMechanicsBridge

Summary: Module (CompressionMechanicsBridge) in the Semantics domain. Imports 2 module(s), imported by 1 module(s).


ComputationProfile

ComputationProfile

imports FixedPoint, DynamicCanal; imported by 1 modules; domain: Semantics

FixedPoint

dependency of ComputationProfile

DynamicCanal

dependency of ComputationProfile

Summary: Module (ComputationProfile) in the Semantics domain. Imports 2 module(s), imported by 1 module(s).


ConflictResolution

ConflictResolution

imports GossipFlipMessage, TileStateMachine, TileFlipConsensus; imported by 1 modules; domain: Semantics

GossipFlipMessage

dependency of ConflictResolution

TileStateMachine

dependency of ConflictResolution

TileFlipConsensus

dependency of ConflictResolution

GossipFlipMessage TileStateMachine TileFlipConsensus FaultTolerance

Summary: Module (ConflictResolution) in the Semantics domain. Imports 3 module(s), imported by 1 module(s).


Connectors

Connectors

imports ManifoldFlow, LandauerCompression, BraidBracket; imported by 2 modules; domain: Semantics

ManifoldFlow

dependency of Connectors

LandauerCompression

dependency of Connectors

BraidBracket

dependency of Connectors

DynamicCanal

dependency of Connectors

ManifoldFlow LandauerCompression BraidBracket DynamicCanal Decoder Testing_SilhouetteTest

Summary: Integration module (Connectors) that composes 4 dependencies. Bridges multiple subsystems in the Semantics domain.


Constitution

Constitution

imports Atoms, Canon, Decomposition; imported by 2 modules; domain: Semantics

Atoms

dependency of Constitution

Canon

dependency of Constitution

Decomposition

dependency of Constitution

Substrate

dependency of Constitution

Projections

dependency of Constitution

Diagnostics

dependency of Constitution

Graph

dependency of Constitution

Evolution

dependency of Constitution

ScalarCollapse

dependency of Constitution

Universality

dependency of Constitution

Witness

dependency of Constitution

Path

dependency of Constitution

Lemmas

dependency of Constitution

Atoms Canon Decomposition Substrate Projections Diagnostics Graph Evolution ScalarCollapse Universality Witness Path Lemmas KillerCriterion Prohibited

Summary: Integration module (Constitution) that composes 13 dependencies. Bridges multiple subsystems in the Semantics domain.


Containment

Containment

imports FixedPoint, Bind; domain: Semantics

FixedPoint

dependency of Containment

Bind

dependency of Containment

Summary: Module (Containment) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


CooperativeLUT

CooperativeLUT

imports Basic, Bind, SSMS; imported by 1 modules; domain: Semantics

Basic

dependency of CooperativeLUT

Bind

dependency of CooperativeLUT

SSMS

dependency of CooperativeLUT

Summary: Module (CooperativeLUT) in the Semantics domain. Imports 3 module(s), imported by 1 module(s).


CosmicStructure

CosmicStructure

imports BoundaryDynamics, MagnetoPlasma, MultiBodyField; imported by 1 modules; domain: Semantics

BoundaryDynamics

dependency of CosmicStructure

MagnetoPlasma

dependency of CosmicStructure

MultiBodyField

dependency of CosmicStructure

ManifoldStructures

dependency of CosmicStructure

FixedPoint

dependency of CosmicStructure

PhysicsScalar

dependency of CosmicStructure

CriticalityDynamics

dependency of CosmicStructure

RegimeCore

dependency of CosmicStructure

ElectromagneticSpectrum

dependency of CosmicStructure

BoundaryDynamics MagnetoPlasma MultiBodyField ManifoldStructures FixedPoint PhysicsScalar CriticalityDynamics RegimeCore ElectromagneticSpectrum ManifoldPotential

Summary: Integration module (CosmicStructure) that composes 9 dependencies. Bridges multiple subsystems in the Semantics domain.


CostEffectiveVerification

CostEffectiveVerification

domain: Semantics

Summary: Standalone module (CostEffectiveVerification) with no import dependencies. Self-contained implementation in the Semantics domain.


CouchFilterNormalization

CouchFilterNormalization

imports AbelianSandpileRouting, Genome18; domain: Semantics

AbelianSandpileRouting

dependency of CouchFilterNormalization

dependency of CouchFilterNormalization

Summary: Module (CouchFilterNormalization) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


CoulombComplexity

CoulombComplexity

imports FixedPoint, Bind, SigmaGate; imported by 1 modules; domain: Semantics

FixedPoint

dependency of CoulombComplexity

Bind

dependency of CoulombComplexity

SigmaGate

dependency of CoulombComplexity

FixedPoint Bind SigmaGate WitnessGrammar

Summary: Module (CoulombComplexity) in the Semantics domain. Imports 3 module(s), imported by 1 module(s).


CriticalityDynamics

CriticalityDynamics

imports BoundaryDynamics, SpikingDynamics, ExoticSpacetime; imported by 2 modules; domain: Semantics

BoundaryDynamics

dependency of CriticalityDynamics

SpikingDynamics

dependency of CriticalityDynamics

ExoticSpacetime

dependency of CriticalityDynamics

ManifoldStructures

dependency of CriticalityDynamics

PhysicsScalar

dependency of CriticalityDynamics

RegimeCore

dependency of CriticalityDynamics

BoundaryDynamics SpikingDynamics ExoticSpacetime ManifoldStructures PhysicsScalar RegimeCore CosmicStructure ManifoldPotential

Summary: Integration module (CriticalityDynamics) that composes 6 dependencies. Bridges multiple subsystems in the Semantics domain.


CrossDimensionalFilter

CrossDimensionalFilter

imports FixedPoint, GeometricTopology; domain: Semantics

FixedPoint

dependency of CrossDimensionalFilter

GeometricTopology

dependency of CrossDimensionalFilter

Summary: Module (CrossDimensionalFilter) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


CrossModalCompression

CrossModalCompression

imports FixedPoint; domain: Semantics

FixedPoint

dependency of CrossModalCompression

Summary: Module (CrossModalCompression) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


Curvature

Curvature

imports FixedPoint, Graph, Bind; imported by 1 modules; domain: Semantics

FixedPoint

dependency of Curvature

Graph

dependency of Curvature

Bind

dependency of Curvature

FixedPoint Graph Bind TopologyResilience

Summary: Module (Curvature) in the Semantics domain. Imports 3 module(s), imported by 1 module(s).


DSPTranslation

FixedPoint

dependency of DSPTranslation

Bind

dependency of DSPTranslation

Summary: Module (DSPTranslation) in the Semantics domain. Imports 2 module(s), Not imported by other modules.


DecagonZetaCrossing

DecagonZetaCrossing

imports FixedPoint; imported by 1 modules; domain: Semantics

FixedPoint

dependency of DecagonZetaCrossing

Summary: Module (DecagonZetaCrossing) in the Semantics domain. Imports 1 module(s), imported by 1 module(s).


Decoder

Decoder

imports Connectors, BraidBracket, FixedPoint; imported by 1 modules; domain: Semantics

Connectors

dependency of Decoder

BraidBracket

dependency of Decoder

FixedPoint

dependency of Decoder

DynamicCanal

dependency of Decoder

dependency of Decoder

Connectors BraidBracket FixedPoint DynamicCanal SLUG3 Testing_SilhouetteTest

Summary: Integration module (Decoder) that composes 5 dependencies. Bridges multiple subsystems in the Semantics domain.


Decomposition

Decomposition

imports Atoms, Lemmas; imported by 2 modules; domain: Semantics

Atoms

dependency of Decomposition

Lemmas

dependency of Decomposition

Atoms Lemmas ScalarCollapse Constitution

Summary: Module (Decomposition) in the Semantics domain. Imports 2 module(s), imported by 2 module(s).


DefectMechanics

DefectMechanics

imports FixedPoint, CompressionMechanics; imported by 1 modules; domain: Semantics

FixedPoint

dependency of DefectMechanics

CompressionMechanics

dependency of DefectMechanics

Summary: Module (DefectMechanics) in the Semantics domain. Imports 2 module(s), imported by 1 module(s).


DeltaGCLCompression

DeltaGCLCompression

imports FixedPoint, EntropyPhaseEngine; imported by 1 modules; domain: Semantics

FixedPoint

dependency of DeltaGCLCompression

EntropyPhaseEngine

dependency of DeltaGCLCompression

Summary: Module (DeltaGCLCompression) in the Semantics domain. Imports 2 module(s), imported by 1 module(s).


Diagnostics

Diagnostics

imports Path; imported by 1 modules; domain: Semantics

Path

dependency of Diagnostics

Summary: Module (Diagnostics) in the Semantics domain. Imports 1 module(s), imported by 1 module(s).


DiffusionSNRBias

DiffusionSNRBias

domain: Semantics

Summary: Standalone module (DiffusionSNRBias) with no import dependencies. Self-contained implementation in the Semantics domain.


DistributedTraining

DistributedTraining

domain: Semantics

Summary: Standalone module (DistributedTraining) with no import dependencies. Self-contained implementation in the Semantics domain.


DlessScalarField

DlessScalarField

domain: Semantics

Summary: Standalone module (DlessScalarField) with no import dependencies. Self-contained implementation in the Semantics domain.


DomainKernel

DomainKernel

imports UniversalCoupling, SSMS_nD; imported by 1 modules; domain: Semantics

UniversalCoupling

dependency of DomainKernel

dependency of DomainKernel

Summary: Module (DomainKernel) in the Semantics domain. Imports 2 module(s), imported by 1 module(s).


DomainModelIntegration

DomainModelIntegration

imported by 2 modules; domain: Semantics

Summary: Module (DomainModelIntegration) in the Semantics domain. imported by 2 module(s).


DomainRegistryAlignment

DomainRegistryAlignment

domain: Semantics

Summary: Standalone module (DomainRegistryAlignment) with no import dependencies. Self-contained implementation in the Semantics domain.


DomainState

DomainState

imports FixedPoint; imported by 4 modules; domain: Semantics

FixedPoint

dependency of DomainState

FixedPoint ManifoldPotential SubstrateProfile EquationTranslation RegimeCore

Summary: Module (DomainState) in the Semantics domain. Imports 1 module(s), imported by 4 module(s).


DspErasureCoding

DspErasureCoding

imports FixedPoint; domain: Semantics

FixedPoint

dependency of DspErasureCoding

Summary: Module (DspErasureCoding) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


DynamicCanal

DynamicCanal

imports Tactics, FixedPoint; imported by 21 modules; domain: Semantics

Tactics

dependency of DynamicCanal

FixedPoint

dependency of DynamicCanal

Tactics FixedPoint MasterEquation ManifoldFlow BraidStrand BraidBracket BraidCross RotationQUBO NetworkRAM Quaternion BracketShellCount Connectors TorsionalPIST HyperFlow CognitiveMorphemics Decoder ComputationProfile LocalExpansion Timing Physics_NBody Physics_StringStarConstants Testing_SilhouetteTest Testing_TorsionalTest

Summary: Core foundational module (DynamicCanal) with high import fanout (21 dependents). Provides fundamental primitives for the Semantics domain.


ENEApi

ENEApi

domain: Semantics

Summary: Standalone module (ENEApi) with no import dependencies. Self-contained implementation in the Semantics domain.


ENEContextTokenCache

ENEContextTokenCache

imports Bind; domain: Semantics

Bind

dependency of ENEContextTokenCache

Summary: Module (ENEContextTokenCache) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


ENECredentialEnvelope

ENECredentialEnvelope

domain: Semantics

Summary: Standalone module (ENECredentialEnvelope) with no import dependencies. Self-contained implementation in the Semantics domain.


ENEDistributedNode

ENEDistributedNode

domain: Semantics

Summary: Standalone module (ENEDistributedNode) with no import dependencies. Self-contained implementation in the Semantics domain.


ENELayerMetaprobe

ENELayerMetaprobe

domain: Semantics

Summary: Standalone module (ENELayerMetaprobe) with no import dependencies. Self-contained implementation in the Semantics domain.


ENEMemoryAtlasMetaprobe

ENEMemoryAtlasMetaprobe

imports FixedPoint; domain: Semantics

FixedPoint

dependency of ENEMemoryAtlasMetaprobe

Summary: Module (ENEMemoryAtlasMetaprobe) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


ENESecurity

ENESecurity

imports OTOMOntology; domain: Semantics

OTOMOntology

dependency of ENESecurity

Summary: Module (ENESecurity) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


EfficiencyAnalysis

EfficiencyAnalysis

imports FixedPoint; domain: Semantics

FixedPoint

dependency of EfficiencyAnalysis

Summary: Module (EfficiencyAnalysis) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


ElectromagneticSpectrum

ElectromagneticSpectrum

imported by 9 modules; domain: Semantics

MultiBodyField SensorField MagnetoPlasma BoundaryDynamics CosmicStructure ManifoldStructures SpikingDynamics SubstrateProfile RegimeCore

Summary: Module (ElectromagneticSpectrum) in the Semantics domain. imported by 9 module(s).


ElectronOrbitalConstraint

FixedPoint

dependency of ElectronOrbitalConstraint

Summary: Module (ElectronOrbitalConstraint) in the Semantics domain. Imports 1 module(s), imported by 1 module(s).


ElectrostaticsMetaprobe

ElectrostaticsMetaprobe

imports FixedPoint; domain: Semantics

FixedPoint

dependency of ElectrostaticsMetaprobe

Summary: Module (ElectrostaticsMetaprobe) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


EnergyGradientSignal

EnergyGradientSignal

domain: Semantics

Summary: Standalone module (EnergyGradientSignal) with no import dependencies. Self-contained implementation in the Semantics domain.


EntropyMeasures

EntropyMeasures

imports Tactics, FixedPoint, OrthogonalAmmr; imported by 2 modules; domain: Semantics

Tactics

dependency of EntropyMeasures

FixedPoint

dependency of EntropyMeasures

OrthogonalAmmr

dependency of EntropyMeasures

Tactics FixedPoint OrthogonalAmmr EntropyPhaseEngine SigmaGateEntropy

Summary: Module (EntropyMeasures) in the Semantics domain. Imports 3 module(s), imported by 2 module(s).


EntropyPhaseEngine

EntropyPhaseEngine

imports EntropyMeasures, FixedPoint, QuaternionScalar; imported by 1 modules; domain: Semantics

EntropyMeasures

dependency of EntropyPhaseEngine

FixedPoint

dependency of EntropyPhaseEngine

QuaternionScalar

dependency of EntropyPhaseEngine

EntropyMeasures FixedPoint QuaternionScalar DeltaGCLCompression

Summary: Module (EntropyPhaseEngine) in the Semantics domain. Imports 3 module(s), imported by 1 module(s).


EnvironmentMechanics

EnvironmentMechanics

imports FixedPoint, OrthogonalAmmr, LandauerCompression; imported by 2 modules; domain: Semantics

FixedPoint

dependency of EnvironmentMechanics

OrthogonalAmmr

dependency of EnvironmentMechanics

LandauerCompression

dependency of EnvironmentMechanics

FixedPoint OrthogonalAmmr LandauerCompression AtomicResolution CompressionMechanics

Summary: Module (EnvironmentMechanics) in the Semantics domain. Imports 3 module(s), imported by 2 module(s).


EpistemicHonesty

EpistemicHonesty

domain: Semantics

Summary: Standalone module (EpistemicHonesty) with no import dependencies. Self-contained implementation in the Semantics domain.


EqWorldMetaprobe

EqWorldMetaprobe

domain: Semantics

Summary: Standalone module (EqWorldMetaprobe) with no import dependencies. Self-contained implementation in the Semantics domain.


EquationFractalEncoding

EquationFractalEncoding

domain: Semantics

Summary: Standalone module (EquationFractalEncoding) with no import dependencies. Self-contained implementation in the Semantics domain.


EquationTranslation

EquationTranslation

imports RaycastField, LocalExpansion, LocalDerivative; domain: Semantics

RaycastField

dependency of EquationTranslation

LocalExpansion

dependency of EquationTranslation

LocalDerivative

dependency of EquationTranslation

CanonicalInterval

dependency of EquationTranslation

ComputationProfile

dependency of EquationTranslation

Surface

dependency of EquationTranslation

DomainState

dependency of EquationTranslation

HyperFlow

dependency of EquationTranslation

MetricCore

dependency of EquationTranslation

RaycastField LocalExpansion LocalDerivative CanonicalInterval ComputationProfile Surface DomainState HyperFlow MetricCore

Summary: Integration module (EquationTranslation) that composes 9 dependencies. Bridges multiple subsystems in the Semantics domain.


Errors

Errors

imports OrderedFieldTokens, PhysicsScalar, RegimeCore; imported by 5 modules; domain: Semantics

OrderedFieldTokens

dependency of Errors

PhysicsScalar

dependency of Errors

RegimeCore

dependency of Errors

OrderedFieldTokens PhysicsScalar RegimeCore SensorField BoundaryDynamics ManifoldStructures ManifoldPotential CausalGeometry

Summary: Module (Errors) in the Semantics domain. Imports 3 module(s), imported by 5 module(s).


EtaMoE

EtaMoE

imports SwarmMoERewiring; imported by 1 modules; domain: Semantics

SwarmMoERewiring

dependency of EtaMoE

Summary: Module (EtaMoE) in the Semantics domain. Imports 1 module(s), imported by 1 module(s).


EthereumRGFlow

EthereumRGFlow

imports SSMS; domain: Semantics

SSMS

dependency of EthereumRGFlow

Summary: Module (EthereumRGFlow) in the Semantics domain. Imports 1 module(s), Not imported by other modules.


Evolution

Evolution

imports Witness, FixedPoint, Canon; imported by 1 modules; domain: Semantics

Witness

dependency of Evolution

FixedPoint

dependency of Evolution

Canon

dependency of Evolution

Summary: Module (Evolution) in the Semantics domain. Imports 3 module(s), imported by 1 module(s).


ExoticSpacetime

ExoticSpacetime

imports PhysicsScalar, PhysicsLagrangian, RegimeCore; imported by 6 modules; domain: Semantics

PhysicsScalar

dependency of ExoticSpacetime

PhysicsLagrangian

dependency of ExoticSpacetime

RegimeCore

dependency of ExoticSpacetime

PhysicsEuclidean

dependency of ExoticSpacetime

PhysicsScalar PhysicsLagrangian RegimeCore PhysicsEuclidean MultiBodyField BoundaryDynamics ManifoldStructures ManifoldPotential SpikingDynamics CriticalityDynamics

Summary: Integration module (ExoticSpacetime) that composes 4 dependencies. Bridges multiple subsystems in the Semantics domain.


ExperienceCompression

ExperienceCompression

domain: Semantics

Summary: Standalone module (ExperienceCompression) with no import dependencies. Self-contained implementation in the Semantics domain.


Extensions.AdvancedBioDynamics

Extensions.AdvancedBioDynamics

imports GeneticCode, FixedPoint, Spectrum; domain: Semantics

GeneticCode

dependency of Extensions.AdvancedBioDynamics

Summary: Biological/physical dynamics extension module: AdvancedBioDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.AnimalSignalingLaws

dependency of Extensions.AnimalSignalingLaws

Summary: Biological/physical dynamics extension module: AnimalSignalingLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.AnimalSocialAerodynamics

dependency of Extensions.AnimalSocialAerodynamics

Summary: Biological/physical dynamics extension module: AnimalSocialAerodynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.AuditoryMaskingDynamics

dependency of Extensions.AuditoryMaskingDynamics

Summary: Biological/physical dynamics extension module: AuditoryMaskingDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.AuditoryMechanicsLaws

dependency of Extensions.AuditoryMechanicsLaws

Summary: Biological/physical dynamics extension module: AuditoryMechanicsLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.AuditoryPerceptionLaws

dependency of Extensions.AuditoryPerceptionLaws

Summary: Biological/physical dynamics extension module: AuditoryPerceptionLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BettiSwoosh

Extensions.BettiSwoosh

imports FixedPoint; domain: Semantics

FixedPoint

dependency of Extensions.BettiSwoosh

Summary: Biological/physical dynamics extension module: BettiSwoosh. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BioComplexSystems

GeneticCode

dependency of Extensions.BioComplexSystems

Summary: Biological/physical dynamics extension module: BioComplexSystems. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BioDeepDive

dependency of Extensions.BioDeepDive

FixedPoint

dependency of Extensions.BioDeepDive

Spectrum

dependency of Extensions.BioDeepDive

Summary: Biological/physical dynamics extension module: BioDeepDive. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BioElectricalImpedanceLaws

GeneticCode

dependency of Extensions.BioElectricalImpedanceLaws

Summary: Biological/physical dynamics extension module: BioElectricalImpedanceLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BioElectroThermodynamics

dependency of Extensions.BioElectroThermodynamics

Summary: Biological/physical dynamics extension module: BioElectroThermodynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BioPhotonicsDynamics

dependency of Extensions.BioPhotonicsDynamics

Summary: Biological/physical dynamics extension module: BioPhotonicsDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BioThermoTopology

dependency of Extensions.BioThermoTopology

Summary: Biological/physical dynamics extension module: BioThermoTopology. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalComputingLaws

dependency of Extensions.BiologicalComputingLaws

Summary: Biological/physical dynamics extension module: BiologicalComputingLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalControlDynamics

dependency of Extensions.BiologicalControlDynamics

Summary: Biological/physical dynamics extension module: BiologicalControlDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalExergyDynamics

dependency of Extensions.BiologicalExergyDynamics

Summary: Biological/physical dynamics extension module: BiologicalExergyDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalExtremalLaws

dependency of Extensions.BiologicalExtremalLaws

Summary: Biological/physical dynamics extension module: BiologicalExtremalLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalInformationLaws

dependency of Extensions.BiologicalInformationLaws

Summary: Biological/physical dynamics extension module: BiologicalInformationLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalIntegrityLaws

Extensions.BiologicalIntegrityLaws

imports GeneticCode, FixedPoint, Spectrum; domain: Semantics

GeneticCode

dependency of Extensions.BiologicalIntegrityLaws

Summary: Biological/physical dynamics extension module: BiologicalIntegrityLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalInvariants

Extensions.BiologicalInvariants

domain: Semantics

Summary: Biological/physical dynamics extension module: BiologicalInvariants. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalRegulationDynamics

GeneticCode

dependency of Extensions.BiologicalRegulationDynamics

Summary: Biological/physical dynamics extension module: BiologicalRegulationDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalRhythmLaws

dependency of Extensions.BiologicalRhythmLaws

Summary: Biological/physical dynamics extension module: BiologicalRhythmLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalSensingLaws

dependency of Extensions.BiologicalSensingLaws

Summary: Biological/physical dynamics extension module: BiologicalSensingLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalSystemComplexity

dependency of Extensions.BiologicalSystemComplexity

Summary: Biological/physical dynamics extension module: BiologicalSystemComplexity. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiologicalTransportLaws

dependency of Extensions.BiologicalTransportLaws

Summary: Biological/physical dynamics extension module: BiologicalTransportLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiomolecularFoldingLaws

dependency of Extensions.BiomolecularFoldingLaws

Summary: Biological/physical dynamics extension module: BiomolecularFoldingLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BiophysicalStructuralLaws

dependency of Extensions.BiophysicalStructuralLaws

Summary: Biological/physical dynamics extension module: BiophysicalStructuralLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.BlitterPolymorphism

Extensions.BlitterPolymorphism

imports Extensions_ManifoldBlit; domain: Semantics

dependency of Extensions.BlitterPolymorphism

Summary: Biological/physical dynamics extension module: BlitterPolymorphism. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.CancerMetabolicDynamics

GeneticCode

dependency of Extensions.CancerMetabolicDynamics

Summary: Biological/physical dynamics extension module: CancerMetabolicDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.CardiacYieldDynamics

dependency of Extensions.CardiacYieldDynamics

Summary: Biological/physical dynamics extension module: CardiacYieldDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.CellularGrowthLaws

dependency of Extensions.CellularGrowthLaws

Summary: Biological/physical dynamics extension module: CellularGrowthLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.CellularMotionLimits

dependency of Extensions.CellularMotionLimits

Summary: Biological/physical dynamics extension module: CellularMotionLimits. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.CellularSignalingDynamics

dependency of Extensions.CellularSignalingDynamics

Summary: Biological/physical dynamics extension module: CellularSignalingDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.CognitiveAcousticDynamics

dependency of Extensions.CognitiveAcousticDynamics

Summary: Biological/physical dynamics extension module: CognitiveAcousticDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.CognitiveEfficiencyLaws

Extensions.CognitiveEfficiencyLaws

imports GeneticCode, FixedPoint, Spectrum; domain: Semantics

GeneticCode

dependency of Extensions.CognitiveEfficiencyLaws

Summary: Biological/physical dynamics extension module: CognitiveEfficiencyLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.CognitiveLearningDynamics

dependency of Extensions.CognitiveLearningDynamics

Summary: Biological/physical dynamics extension module: CognitiveLearningDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.CollectiveBiophysics

dependency of Extensions.CollectiveBiophysics

Summary: Biological/physical dynamics extension module: CollectiveBiophysics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.ConstrainedEnergyDynamics

dependency of Extensions.ConstrainedEnergyDynamics

Summary: Biological/physical dynamics extension module: ConstrainedEnergyDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.ConstructalMuscleDynamics

dependency of Extensions.ConstructalMuscleDynamics

Summary: Biological/physical dynamics extension module: ConstructalMuscleDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.CorticalScalingDynamics

dependency of Extensions.CorticalScalingDynamics

Summary: Biological/physical dynamics extension module: CorticalScalingDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.DevelopmentalScalingLaws

dependency of Extensions.DevelopmentalScalingLaws

Summary: Biological/physical dynamics extension module: DevelopmentalScalingLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.EcologicalBehaviors

dependency of Extensions.EcologicalBehaviors

Summary: Biological/physical dynamics extension module: EcologicalBehaviors. Defines domain-specific equations and invariants for the Semantics manifold.


dependency of Extensions.EcologicalInformationDynamics

Summary: Biological/physical dynamics extension module: EcologicalInformationDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.EcologicalNetworkDynamics

dependency of Extensions.EcologicalNetworkDynamics

Summary: Biological/physical dynamics extension module: EcologicalNetworkDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.EcologicalSpecializationLaws

dependency of Extensions.EcologicalSpecializationLaws

Summary: Biological/physical dynamics extension module: EcologicalSpecializationLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.EcologyMechanicalLaws

dependency of Extensions.EcologyMechanicalLaws

Summary: Biological/physical dynamics extension module: EcologyMechanicalLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.EpidemiologicalDynamics

dependency of Extensions.EpidemiologicalDynamics

Summary: Biological/physical dynamics extension module: EpidemiologicalDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


dependency of Extensions.EpidemiologicalTrophicDynamics

Summary: Biological/physical dynamics extension module: EpidemiologicalTrophicDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


dependency of Extensions.EvolutionaryLandscapeDynamics

Summary: Biological/physical dynamics extension module: EvolutionaryLandscapeDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.EvolutionaryNetworkDynamics

dependency of Extensions.EvolutionaryNetworkDynamics

Summary: Biological/physical dynamics extension module: EvolutionaryNetworkDynamics. Defines domain-specific equations and invariants for the Semantics manifold.


imports GeneticCode, FixedPoint, Spectrum; domain: Semantics

dependency of Extensions.FisherGeometricAdaptationLaws

Summary: Biological/physical dynamics extension module: FisherGeometricAdaptationLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.FoundationalBioLaws

dependency of Extensions.FoundationalBioLaws

Summary: Biological/physical dynamics extension module: FoundationalBioLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.FractalVascularLaws

dependency of Extensions.FractalVascularLaws

Summary: Biological/physical dynamics extension module: FractalVascularLaws. Defines domain-specific equations and invariants for the Semantics manifold.


Extensions.GenomicEvolutionLaws

dependency of Extensions.GenomicEvolutionLaws

Summary: Biological/physical dynamics extension module: GenomicEvolutionLaws. Defines domain-specific equations and invariants for the Semantics manifold.