module
module
IndisputableMonolith.Foundation.SingularSphere
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used by (1)
depends on (4)
declarations in this module (55)
-
abbrev
Hgrp -
abbrev
Zsingle -
def
v0 -
def
pointOf -
def
constSimplex -
lemma
pointOf_constSimplex -
lemma
idx0_ext -
lemma
constSimplex_pointOf -
lemma
pointOf_map -
lemma
pointOf_ -
def
augFun -
lemma
gen_augFun -
lemma
augFun_genUnit -
lemma
mem_iff_of_clopen_ -
lemma
bnd_augFun -
def
augTo -
lemma
augTo_f_zero -
def
ptFrom -
lemma
ptFrom_f_zero -
lemma
ptFrom_augTo -
abbrev
ZsingleH0Iso -
def
augH -
def
ptH -
lemma
ptH_augH -
lemma
id_int_ne_zero -
def
simplexToI -
def
pathSimplex -
lemma
coord_face_v0 -
lemma
simplexToI_face_v0 -
lemma
gen_pathSimplex_bnd -
lemma
subApp -
lemma
bnd_genUnit_pathSimplex -
lemma
exists_bnd_eq_sub -
lemma
exists_bnd_of_pathConnected -
lemma
augTo_f_zero_apply -
lemma
Zsingle_d_one_zero -
theorem
isIso_homologyMap_augTo -
theorem
isIso_augH_of_pathConnected -
lemma
isZero_homology_of_totallyDisconnected -
theorem
isZero_homology_of_contractible -
lemma
sChainMap_augTo -
lemma
homologyMap_augH -
lemma
ptFrom_sChainMap -
lemma
ptH_natural -
def
ptFromHomotopy -
lemma
ptH_eq_of_joined -
def
h0_iso_int -
def
h0_pt_iso_int -
lemma
hn_pt_isZero -
def
h0_contractible_iso_int -
theorem
isIso_mv -
theorem
isZero_of_isZero_inter -
theorem
mono_mvPair_zero -
theorem
isZero_h1 -
theorem
isZero_h1_of_contractible