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Commutative Algebras in Fibonacci Categories

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arxiv 1103.3537 v1 pith:KFCW2QO3 submitted 2011-03-17 math.CT hep-thmath.RT

Commutative Algebras in Fibonacci Categories

classification math.CT hep-thmath.RT
keywords algebraschiralfibonaccialgebracategoriescategorycommutativemaximal
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By studying NIM-representations we show that the Fibonacci category and its tensor powers are completely anisotropic; that is, they do not have any non-trivial separable commutative ribbon algebras. As an application we deduce that a chiral algebra with the representation category equivalent to a product of Fibonacci categories is maximal; that is, it is not a proper subalgebra of another chiral algebra. In particular the chiral algebras of the Yang-Lee model, the WZW models of G2 and F4 at level 1, as well as their tensor powers, are maximal.

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