
doi: 10.4171/zaa/869
handle: 2108/205956
We give purely algebraic characterisations of the canonical endomorphism in in-teresting infinite index cases, continuing previous works of Longo and the authors. We apply these results when compact and discrete (but not necessarily finite-dimensional) Woronowicz algebras act alternately on the factors in the various levels of Jones’ tower. We characterise when the acting algebra is a Kac algebra.
Jones' tower, Subfactors and their classification, faithful conditional expectation, General theory of von Neumann algebras, Woronowicz algebras, regular representation, quantum object, endomorphism, Settore MAT/05 - ANALISI MATEMATICA, von Neumann algebra
Jones' tower, Subfactors and their classification, faithful conditional expectation, General theory of von Neumann algebras, Woronowicz algebras, regular representation, quantum object, endomorphism, Settore MAT/05 - ANALISI MATEMATICA, von Neumann algebra
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