Curved Noncommutative Tori as Leibniz Quantum Compact Metric Space
Publication Date
8-13-2015
Document Type
Article
Keywords
Leibniz, Quantum, Compact, Metric, Spaces
Abstract
We prove that curved noncommutative tori are Leibniz quantum compact metric spaces and that they form a continuous family over the group of invertible matrices with entries in the commutant of the quantum tori in the regular representation, when this group is endowed with a natural length function.
Recommended Citation
Latrémolière, F. (2015). Curved Noncommutative Tori as Leibniz Quantum Compact Metric Space, Mathematics Preprint Series. Retrieved from https://digitalcommons.du.edu/math_preprints/1/
Comments
Reproduced from
Latrémolière, F. (2015). Curved Noncommutative Tori as Leibniz Quantum Compact Metric Space, Journal of Mathematical Physics, 56(12). https://doi.org/10.1063/1.4937444
with the permission of AIP Publishing.
Available online from the Journal of Mathematical Physics: https://doi.org/10.1063/1.4937444