def
definition
def or abbrev
L
show as:
view Lean formalization →
formal statement (Lean)
15def L : Ledger M :=
proof body
Definition body.
16 { debit := fun _ => 0
17 , credit := fun _ => 0 }
18
19instance : Conserves L :=
20 { conserve := by
21 intro ch hclosed
22 -- phi is identically 0, so flux is 0
23 simp [chainFlux, phi, hclosed] }
24
used by (40)
-
standardHamiltonian -
space_translation_invariance_implies_momentum_conservation -
kineticAction -
standardEL -
standardLagrangian -
Cycle -
Cycle -
GradedLedger -
GradedLedger -
ledger_algebra_certificate -
PotentialFunction -
potential_implies_exact -
octave_loop_neutrality -
AllConstantsDerived -
H_RSZeroParameterStatus -
H_ThreeStrategiesAgree -
J_bit -
ml_derivation_falsifiable -
ml_derived -
ml_in_observed_range -
ml_summary -
phi_bounds -
rs_zero_parameter_status -
all_ml_on_phi_ladder -
luminosity_tier_local -
ml_from_phi_tier_structure -
ml_matches_stellar_observations -
of -
population_tiers -
tier_difference_value