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Translation map in quantum principal bundles

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arxiv hep-th/9407145 v2 pith:JPHLLKNC submitted 1994-07-22 hep-th math.QA

classification hep-thmath.QA
keywords quantumbundleprincipaltranslationautomorphismsbijectivecorrespondencecross
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abstract

The notion of a translation map in a quantum principal bundle is introduced. A translation map is then used to prove that the cross sections of a quantum fibre bundle $E(B,V,A)$ associated to a quantum principal bundle $P(B,A)$ are in bijective correspondence with equivariant maps $V\to P$, and that a quantum principal bundle is trivial if it admits a cross section which is an algebra map. The vertical automorphisms and gauge transformations of a quantum principal bundle are discussed. In particular it is shown that vertical automorphisms are in bijective correspondence with $\ad$-covariant maps $A\to P$.

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  1. On quantum $G$-structures

    math.QA 2026-06 accept novelty 6.0 of 10

    A quantum G-structure, defined as a reduction of a quantum frame resolution, itself forms a quantum frame resolution under a covariant first-order differential calculus.

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