Isomorphism classes for quantum Heisenberg manifolds
Beatriz Abadie
Abstract
We embed the quantum Heisenberg manifold in a crossed product algebra. This enables us to show that, in the irrational case, all tracial states on induce the same homomorphism on the K0-group. We conclude that two irrational quantum Heisenberg manifolds and Dcμ ' ' are isomorphic if and only if the parameters (μ,) and (μ ', ') belong to the same orbit under the usual action of GL2() on the torus.
Create a lesson
Related papers
Hilbert norms for graded algebras
Joachim Kupsch, Oleg G. Smolyanov
Equivariance and Imprimitivity for Discrete Hopf C*-Coactions
S. Kaliszewski, John Quigg
Distributional Asymptotic Expansions of Spectral Functions and of the Associated Green Kernels
R. Estrada, S. A. Fulling
On a class of stochastic differential equations used in quantum optics
Alberto Barchielli, Fabio Zucca
Cuntz-Krieger algebras for infinite matrices
Ruy Exel, Marcelo Laca
C*-Crossed Products by Twisted Inverse Semigroup Actions
Nandor Sieben