theorem A.550 Quoted: discrete subgroups of a real vector space

open in the book · appendices/A-long-proofs.tex:26676 · p. 3059

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theorem A.550: Quoted: discrete subgroups of a real vector spaceA.550definition 4.21: Group4.21definition 6.9: Compact set6.9proposition A.552: The component is a torusA.552definition 4.11: Inverse element4.11definition 4.20: Monoid4.20definition 4.37: Cayley table4.37definition 4.65: Direct product of groups4.65definition 4.35: The group axioms, restated one at a time4.35definition 4.43: Group homomorphism4.43definition 4.31: Module4.31definition 4.49: Permutation group4.49definition 4.30: Ring4.30definition 4.36: Subgroup4.36definition A.561: Coadjoint action and equivarianceA.561definition 5.141: Representation of a group5.141example 4.22: A two-element group4.22proposition 4.40: prop:alg-congruence-equiv4.40proposition 4.57: prop:alg-conjugacy-equiv4.57proposition 4.66: prop:alg-direct-product-group4.66proposition 4.27: Inverse of a product4.27proposition 4.23: Uniqueness of the inverse element4.23proposition 4.14: Maps into a group form a group4.14proposition 4.24: Inverse of the neutral element4.24proposition 4.25: Neutral element equal to a product4.25proposition 4.52: S_3 is a smallest non-abelian group4.52proposition 4.74: The semidirect product is a group4.74proposition 4.41: prop:alg-zn-group4.41definition 6.5: Open cover6.5definition 7.142: Box-counting dimension7.142definition 7.127: Simple regions7.127definition A.498: Zero contentA.498definition A.529: Hausdorff; second countable; locally compactA.529definition 32.8: Attractor and basin32.8definition 12.41: The operator classes12.41definition 13.66: Smooth action; free; proper; orbit13.66lemma A.506: LocalityA.506lemma A.505: A continuous partition of unityA.505lemma A.530: Two elementary facts about compactnessA.530lemma A.307: Partition of unity on a compact manifoldA.307neighborhood truncated

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depends_on Group declared appendices/A-long-proofs.tex:26689
depends_on Compact set declared appendices/A-long-proofs.tex:26689
depends_on The component is a torus declared appendices/A-long-proofs.tex:26724