The Workshop will focus on all aspects of integrable systems, both classical and quantum, continous and discrete, including the following topics: Symmetries and integrability of nonlinear equations Integrable discretizations and discrete symmetries Integrable and superintegrable Hamiltonian systems Integrability tests Integrable deformations Integrability techniques for dynamical systems Poisson and symplectic geometry of integrable systems Quantum groups and Poisson-Lie groups Integrability on curved spaces Factorization and SUSY techniques Exactly solvable quantum systems Exact solutions and special functions Integrable spin systems Integrable field theories Integrable models in quantum gravity
Non-Abelian nonlinear evolution equations: a novel invariance property / Carillo, Sandra. - ELETTRONICO. - (2016).
Non-Abelian nonlinear evolution equations: a novel invariance property
CARILLO, Sandra
2016
Abstract
The Workshop will focus on all aspects of integrable systems, both classical and quantum, continous and discrete, including the following topics: Symmetries and integrability of nonlinear equations Integrable discretizations and discrete symmetries Integrable and superintegrable Hamiltonian systems Integrability tests Integrable deformations Integrability techniques for dynamical systems Poisson and symplectic geometry of integrable systems Quantum groups and Poisson-Lie groups Integrability on curved spaces Factorization and SUSY techniques Exactly solvable quantum systems Exact solutions and special functions Integrable spin systems Integrable field theories Integrable models in quantum gravityI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.