Homology Functors with Cubical Bars
Volker W. Thürey
Abstract
This work arose from efforts to generalise the usual cubical boundary by using different 'weights' for opposite faces, but still to obtain a chain complex, and this method was found to generalise. We describe a variant of the classical singular homology theory, in which the usual boundary (n-1)-cubes of each n-cube are replaced by combinations of internal (n-1)-cubes parallel to the boundary. This defines a generalised homology theory, but the usual singular homology can be recovered by taking the quotient by the degenerate singular cubes.
Create a lesson
Related papers
Geometric K-homology and operator K-theory for Hilbert manifolds
Doman Takata
Mixed Tate motives over number fields
Alexander Kupers, Daniil Rudenko, Ismael Sierra
The integral homology of SL2(Z[1/n])
Isadora Vanzella Picinini, Behrooz Mirzaii
Finite-coefficient K-theory of henselian valued fields and Gersten injectivity
Niels Feld
Deformations and homotopy theory of Rota-Baxter Lie algebras
Jun Chen, Kai Wang, Guodong Zhou
On the abelianization of congruence subgroups of SL2 over S-integers
Pedro H. Amorim, Isadora V. Picinini, Bruno R. Ramos et al.