2021
DOI: 10.48550/arxiv.2102.13102
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Shellability and homology of $q$-complexes and $q$-matroids

Abstract: We consider a q-analogue of abstract simplicial complexes, called q-complexes, and discuss the notion of shellability for such complexes. It is shown that q-complexes formed by independent subspaces of a q-matroid are shellable. We also outline some partial results concerning the determination of homology of shellable q-complexes.

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“…Following the work on the connection between generalized weights of a Hamming metric code C and Betti numbers of certain associated matroid M as established in [18], an expression for A C,j (Q) or more generally, for the generalized weight polymials P M,j (Q) of a matroid M, is provided in terms of Betti numbers associated to the Stanley-Reisner ring of the matroid M and its elongations. On the other hand, recently a study on determining the singular homology of q-complexes associated to q-matroids has been initiated in [10]. This work is towards a topological approach to connect the generalized rank weights of a rank metric code with homological invariants of the associated q-matroid.…”
Section: Introductionmentioning
confidence: 99%
“…Following the work on the connection between generalized weights of a Hamming metric code C and Betti numbers of certain associated matroid M as established in [18], an expression for A C,j (Q) or more generally, for the generalized weight polymials P M,j (Q) of a matroid M, is provided in terms of Betti numbers associated to the Stanley-Reisner ring of the matroid M and its elongations. On the other hand, recently a study on determining the singular homology of q-complexes associated to q-matroids has been initiated in [10]. This work is towards a topological approach to connect the generalized rank weights of a rank metric code with homological invariants of the associated q-matroid.…”
Section: Introductionmentioning
confidence: 99%