Speaker
simone montangero
(Padova university)
Description
We review some recent results on developing efficient tree tensor network algorithms and their application to quantum simulation benchmarking and theoretical interpretations. In particular, we present results on two- and three-dimensional systems in and out of equilibrium and on the computation of entanglement of formation in critical quantum many-body systems at finite temperature. Finally, we present the application of tensor-network methods for the solution of hard classical combinatorial problems via mapping to many-body quantum Hamiltonians.