Poisson sigma models and symplectic groupoids
Alberto S. Cattaneo, Giovanni Felder
Abstract
We consider the Poisson sigma model associated to a Poisson manifold. The perturbative quantization of this model yields the Kontsevich star product formula. We study here the classical model in the Hamiltonian formalism. The phase space is the space of leaves of a Hamiltonian foliation and has a natural groupoid structure. If it is a manifold then it is a symplectic groupoid for the given Poisson manifold. We study various families of examples. In particular, a global symplectic groupoid for a general class of two-dimensional Poisson domains is constructed.
Create a lesson
Related papers
A counterexample to the generalized Viterbo conjecture on the spectral distance in a disc cotangent bundle
Filip Broćić, Baptiste Serraille, Ibrahim Trifa
A Proof of the Area Vanishing Square Peg Conjecture
Lorenzo Valerio
Symplectic groupoid multiplication and Poisson integrators
Alejandro Cabrera, David Iglesias Ponte, Juan Carlos Marrero
Quantization of positive Lagrangians
Jake P. Solomon, Bentzion Yavetz
Algebraic overtwistedness of contact (+1)-surgeries via augmented Floer theories
Russell Avdek, Youlin Li, Zhengyi Zhou
Homological reduction of Courant algebroids
Henrique Bursztyn, Pedro H. Carvalho