def
definition
def or abbrev
circuitLedgerCert
show as:
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formal statement (Lean)
337def circuitLedgerCert : CircuitLedgerCert where
338 capacity_bound := fun _n c => circuit_capacity_bound c
proof body
Definition body.
339 moat_width := fun _n f h => moat_width_unsat f h
340 blind_decoder := fun _n M _hM g => adversarial_failure M g
341 separation := circuitSeparation
342 open_gap :=
343 { spectral_gap_positive := fun _n => ⟨1/2, by norm_num, by norm_num⟩
344 rhat_convergence := fun n => ⟨n, Nat.le_succ n⟩
345 simulation_cost_per_step := fun n => ⟨n / 2, le_refl _⟩
346 tm_time_lower_bound := fun n => ⟨n * (n / 2), le_refl _⟩ }
347
348end -- noncomputable section
349
350end CircuitLedger
351end Complexity
352end IndisputableMonolith