Connes' calculus for The Quantum double suspension

preprint2014arXivOpen access

Abstract

Given a spectral triple (A,H,D) (\mathcal{A},\mathcal{H},D)\, Connes associated a canonical differential graded algebra  ΩD∙(A)\,Ω_D^\bullet(\mathcal{A}). However, so far this has been computed for very few special cases. We identify suitable hypotheses on a spectral triple that helps one to compute the associated Connes' calculus for its quantum double suspension. This allows one to compute  ΩD∙\,Ω_D^\bullet for spectral triples obtained by iterated quatum double suspension of the spectral triple associated with a first order differential operator on a compact smooth manifold. This gives the first systematic computation of Connes' calculus for a large family of spectral triples.

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