module
module
IndisputableMonolith.Gravity.SevenGaps.Gap2LedgerCohomology
show as:
view Lean formalization →
used by (2)
depends on (1)
declarations in this module (53)
-
def
NaturalPotential -
def
historyOfPotential -
def
IsLedgerCoboundary -
def
IsCountLinear -
def
dnV -
def
dnE -
def
dnT -
theorem
dnV_kindRates -
theorem
dnE_kindRates -
theorem
dnT_kindRates -
theorem
dnV_countLinear -
theorem
dnE_countLinear -
theorem
dnT_countLinear -
theorem
dnV_equivariant -
theorem
dnE_equivariant -
theorem
dnT_equivariant -
theorem
historyCost_dnV -
theorem
historyCost_dnE -
theorem
historyCost_dnT -
def
IncidenceLocal -
def
incidenceLocalCost -
theorem
incidenceLocalCost_is -
theorem
historyCost_incidenceLocal -
theorem
kindRateCost_incidenceLocal -
theorem
incidenceCost_incidenceLocal -
theorem
incidenceLocalCost_equivariant -
theorem
incidenceLocal_history_countLinear_of_nV_le_one -
theorem
properFeature_invisible_at_nV_le_one -
theorem
incidenceCost_not_coboundary -
theorem
incidenceCost_history_not_a_function_of_counts -
theorem
incidenceCost_not_countLinear -
theorem
incidence_is_genuine_H1_class -
theorem
a17_escape_history_at_dust -
theorem
a17_escape_not_coboundary -
theorem
a17_escape_is_count_combination -
theorem
a17_escape_census_history -
theorem
count_span_rank_three -
theorem
count_differentials_independent -
def
measuredH1Dim -
def
measuredCountSpanDim -
theorem
measured_H1_cap1 -
theorem
measured_H1_cap2 -
theorem
measured_H1_cap3 -
theorem
measured_count_cap1 -
theorem
measured_count_cap2 -
theorem
measured_count_cap3 -
theorem
measured_H1_exceeds_count_at_cap2 -
theorem
measured_H1_exceeds_count_at_cap3 -
theorem
measured_H1_equals_count_at_cap1 -
theorem
centeredIncidence_is_coboundary -
structure
LedgerCohomologyVerdict -
def
ledgerCohomologyVerdict -
theorem
index_flag_unmoved