Geometric view of semisimple quantum groups representations
Damien Rivet (UniversiteĢ Clermont Auvergne)
Abstract: The representations of the principal series of a semisimple quantum group can be, as in the classical case, constructed as induced representations from the characters of a quantum Borel subgroup. Rieffel's framework for induction can be adapted to quantum groups and allows to give a simple expression for the principal series representations. In particular this leads, as Clare did in the classical case, to gather all these representations into a single Hilbert module built from a certain quantum homogeneous space.
geometric topologynumber theoryoperator algebrasrepresentation theory
Audience: researchers in the topic
Noncommutative Geometry in NYC
Series comments: Noncommutative Geometry studies an interplay between spatial forms and algebras with non-commutative multiplication. Our seminar welcomes talks in Number Theory, Geometric Topology and Representation Theory linked to the context of Operator Algebras. All talks are kept at the entry-level accessible to the graduate students and non-experts in the field. To join us click sju.webex.com/meet/nikolaei (5 min in advance) and igor DOT v DOT nikolaev AT gmail DOT com to subscribe/unsubscribe for the mailing list, to propose a talk or to suggest a speaker. Pending speaker's consent, we record and publish all talks at the hyperlink "video" on speaker's profile at the "Past talks" section. The slides can be posted by providing the organizers with a link in the format "myschool.edu/~myfolder/myslides.pdf". The duration of talks is 1 hour plus or minus 10 minutes.
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