PEMOS Institution · Lean Theorem Certificate Registry · γ₁=14.134725141734693
Δ_adèlic
delegation_scope
HL7Boxy
ALL THEOREMS
Lean Theorem — Δ_adèlic Self-Adjoint Proof Certificate
PARTIAL · 1 SORRY
Δ_adèlic(S) is self-adjoint for any finite set S ⊆ Primes
L²(𝔸)
▶
bounded operator
▶
symmetric
▶
self-adjoint
⚠ ONE SORRY
Infinite limit convergence — Σ_{p→∞} λ_p operator limit
Close this sorry → RH proved
The entire Riemann Hypothesis is in this one gap
◈ LeanGraph · RH cluster ◈ MeekGraph · spectral node ◈ PEMGraphs · L1 theorem ◈ PEMCLAU · 2-hop
γ₁ = 14.134725141734693 · PEMOS Institution · ATMOS Mathematical Research · ARB-132 MARB D2 Spectral
Lean Theorem — delegation_scope_bound
SORRY ⚠
∀ chain exec, valid_chain chain → exec.amount ≤ effective_scope chain
List Delegation
▶
valid_chain
▶
effective_scope
▶
scope bound ← SORRY
⚠ SORRY-DELEGATION-SCOPE-001 · P0
DelegationManager.execute() does not traverse full authority chain. Parent caveats not enforced on child delegations.
Close this sorry → MM-005 H1 fix deployed
SOVEREIGN 6/6 · $50K target · CLO ✅
◈ LeanGraph · Security cluster ◈ MeekGraph · S3 Regulator Fork ◈ Catomain · NSCLC-analog ◈ SECHIVE CRM
γ₁ = 14.134725141734693 · PEMOS Institution · SECHIVE · LABR-SECHIVE-MINING-RIG-V14-001
Lean Theorem — hl7boxy_completeness
PROVED ✓
HL7Boxy 7-segment wallet spine is complete (all 7 segments required and sufficient)
7 segments
▶
Nat.mul_pos chain
▶
Belt64 = 448
▶
complete ✓
0 SORRY · KERNEL-VERIFIED
mestrame_hl7boxy_cells = 49 · Belt64 = 448 both verified by decide
MetaMask wallet adelic spine at L1 · r = γ₁/2 = 7.067
◈ LeanGraph · Crypto cluster ◈ MeekGraph · wallet node ◈ PEMGraphs · L1 theorem ◈ PEMCLAU
γ₁ = 14.134725141734693 · PEMOS Institution · HL7BoxyMetaMaskProofs.lean · Day 110 · 0 sorry