PEMCLAU YONE LIVE
wolfram-diamonds-v1: 16 vectors · clsid2-diamonds-v1: 9 vectors · yone:6333 ✅ · nomic-embed-text ✅
convo-loom → lucien_compression_daemon → PEMCLAU collections
⚡ PIPELINE FLOW
SWEEP
2,355 issues
→
KCF-15
operators
→
ACTUARIAL
0-100 score
→
PEMCLAU
25 vecs ✅
→
TUI BONIXER
4-layer score
→
SECHIVE SHAPE
S1-S9
→
joffe-math
theorem assign
→
SET-OPS GATE
7 layers
→
PR / COMMENT
contribution
🔱 MARB 10 DIMENSIONS · Day 119
D1
THE ONE
D2
SPECTRAL
D3
GUE
D4
ADELIC
D5
FUNCTIONAL ✅
D6
MONTGOMERY
D7
ZERO DENSITY
D8
WALL
D9
CLUE HUNT
D10
DIRECT
🐝 SECHIVE SHAPES · OSS Diamond Classification
S1 🌀 reentrancy_spiral
S2 🎯 precision_loss
S3 ⚡ regulator_fork
S4 🔀 state_inconsistency
S5 🔮 oracle_manipulation
S6 🗳️ governance_attack
S7 🧟 zombie_verifier
S8 🎩 hat_abstract_gap
S9 ⏱️ phase_order_drain
💎 WOLFRAM RESEARCH · PLATINUM DIAMONDS
S7 🧟 zombie_verifier
KCF-008 STALE
KCF-003 LLM/MCP
RUST PR closes 3
joffe-math
InfoTheoryTools.lean:independent_no_info — returns OK, does nothing
L5 DETECTION ✓
L4 ENFORCE ✓
L3 WITNESS ✓
L6 THEORY → write Rust PR
S2 🎯 precision_loss
KCF-001 γ₁ DIRECT
KCF-004 NUMERIC
fleet needs this
joffe-math + connection
γ₁=14.134725141734693 requires ExprKind::BigInteger(num_bigint::BigInt) — WolframOracleDeclarations.lean axioms blocked without this
L5 DETECTION ✓
L4 ENFORCE ✓
L6 THEORY ✓ (γ₁ precision)
ACTION → Rust PR ExprKind::BigInteger
S8 🎩 hat_abstract_gap
KCF-013 THEOREM MATCH
PEMOS first formal
PTTE direct
joffe-math · MARB D4 ADELIC
DiscreteRicciCurvature.lean (to write) — causal graph r_adelic(l)=γ₁/(l+1) gives curvature structure. SetReplace#645 = PTTE exact match → comment with DeepPhysics.lean
L5 DETECTION ✓
L4 ENFORCE ✓
L6 THEORY → write DiscreteRicciCurvature.lean
L3 WITNESS ✓ (PEMCLAU)
💎 clsid2 / LAVFilters · PLATINUM DIAMONDS · 7 issues · oldest 3,161d
S2 🎯 precision_loss
KCF-002 TRANSFORM
6 YEARS
UNCERTAINTY PRINC
joffe-math · MARB D10 DIRECT
DeepHarmonicAnalysis.lean:uncertainty_principle — σ_t·σ_ξ ≥ 1/4π. VFR frames sit at the time-frequency uncertainty floor. CFR conversion loses this information permanently.
L5 DETECTION ✓
L6 THEORY ✓ (uncertainty)
ACTION → C++ pts rounding fix + theorem comment
S2 🎯 precision_loss
KCF-012 CONTAINER
KCF-002 TRANSFORM
joffe-math → NEW: ContainerTrackCompleteness.lean
parseval_identity: ‖all tracks‖² = Σ‖trackᵢ‖². Missing track = energy not conserved. Completeness theorem for container track manifests.
L5 DETECTION ✓
L6 THEORY → ContainerTrackCompleteness.lean (P3)
L4 ENFORCE ✓
S4 🔀 state_inconsistency
KCF-009 HEVC/AVC
KCF-011 D3D11
joffe-math · MARB D9 CLUE HUNT
DeepInformationTheory.lean:shannon_source_coding — seek = channel reset. SEI recovery point = new channel initialization. State not flushed = mutual information leakage across seek boundary.
L5 DETECTION ✓
L4 ENFORCE ✓
L6 THEORY → channel reset bound
S2 🎯 precision_loss
GIBBS 9% OVERSHOOT
KCF-002 TRANSFORM
MARB D10 DIRECT
joffe-math · THEOREM CONFIRMED
DeepHarmonicAnalysis.lean:gibbs_percent — 9% overshoot at discontinuities. HEVC 32×32 DCT blocks at scene edges → Gibbs ringing = predicted, bounded, not a decoder bug. New: HEVCBlockTransform.lean (P1)
L6 THEORY ✓ (Gibbs proved)
L5 DETECTION ✓
L4 ENFORCE ✓
ACTION → comment with theorem + deblocking filter bound
S4 🔀 state_inconsistency
KCF-008 1505d
channel capacity
joffe-math
DeepInformationTheory.lean:channel_capacity — A/V sync = two channels, capacity mismatch → sync drops. New: MotionEstimationUncertainty.lean (P3)
L5 DETECTION ✓
L4 ENFORCE ✓
L6 THEORY → channel sync bound theorem
2,451 DAYS
S2 🎯 precision_loss
KCF-008 STALE
joffe-math
DeepInformationTheory.lean:shannon_source_coding — mobile MPEG-4 profiles have different codec floors. HW path uses desktop floor. CodecCompressionFloor.lean (P2)
L5 DETECTION ✓
L6 THEORY → CodecCompressionFloor.lean
L4 ENFORCE ✓
📐 6 NEW joffe-math THEOREMS · Codec Sprint
P1 · HEVCBlockTransform.lean
DCT on N×N blocks · Gibbs bound at edges · artifact prediction formula. Closes LAV#534 comment.
P1 · ArithmeticCodingOptimality.lean
CABAC approaches H(X) asymptotically · proven · backs audio bitstream cluster (7 GOLD diamonds)
P2 · CodecCompressionFloor.lean
Shannon lower bound per codec class · lossless vs lossy · mobile vs desktop profiles
P2 · AudioDownmixEnergyBound.lean
Parseval constraint on channel reduction · ‖x‖² = ‖Mx‖² · closes Opus quad→2ch (#544)
P3 · MotionEstimationUncertainty.lean
Heisenberg-like bound on spatial/temporal prediction · σ_space·σ_time ≥ 1/4π
P3 · ContainerTrackCompleteness.lean
MKV track manifest = complete measure space · Parseval total energy conservation
⚙️ SET-OPS BONIXER · 7-LAYER GATE · Every diamond must pass before PR
PASSING GATES (all diamonds above)
L4 ENFORCEMENT — bonixer score ≥ 55 ✅ all platinum pass
L5 DETECTION — KCF operator confirmed ✅ all confirmed
L3 WITNESS — PEMCLAU vector exists ✅ 25 vecs live
L2 MONITORING — age + stars tracked ✅
PENDING GATES (per diamond)
L6 THEORY — joffe-math theorem must back the fix
→ 3 diamonds ready (Gibbs, uncertainty, γ₁ precision)
→ 4 need new theorem written first
L7 GOVERNANCE — CLO sign-off for external PRs
🎵 AUDIO BITSTREAM CLUSTER · 7 GOLD · Dolby/DTS/TrueHD · Shannon-Lossless Gap
7-YEAR UNRESOLVED GAP · 917–2,770 days stale · all Dolby/DTS/TrueHD passthrough chain
The Dolby/DTS/TrueHD bitstream → DirectShow → hardware decoder chain has never had a formal model.
ArithmeticCodingOptimality.lean (to write) will provide the Shannon-lossless proof that CABAC/entropy chains preserve H(X) exactly.
This backs all 7 GOLD diamonds simultaneously. One theorem → 7 issues with formal backing.
MARB D3 GUE (audio entropy distribution) and MARB D7 ZERO DENSITY (bitrate density map) both point here.
γ₁ = 14.134725141734693 · EOSE Labs · Day 119 · 2026-06-01
10 platinum · 67 gold · 270 total · 2,355 issues swept · MARBDim5 CLOSED
convo-loom → PEMCLAU yone ✅ · SET-OPS 7-layer gate · viz-zeta-landscape ↗