Numerical Methods for many-body open quantum systems: workshop assets

We are delighted to publish the following recordings of workshop presentations. Recordings are shared where we have obtained speaker consent. Please contact iqtn@ucl.ac.uk if you have any questions relating to the workshop.


Tensor network methods for open system with applications: Martin Plenio



Process Tensor Networks for non-Markovian Many-Body Open Quantum Systems: Gerald Fux



Deep learning of quantum many body dynamics: Naeimeh Mohseni



Entanglement transitions in monitored Fermionic systems: Davide Rossini



Fully Quantum Scalable Approaches to Driven-Dissipative Lattice Models: Marzena Szymanska



Ultracold atoms in optical lattices: Corinna Kollath



Designing 2D and 3D microscopic models of high-Tc and dynamically induced superconductivity
using quasi-one-dimensional arrays: Adrian Kantian



Stochastic simulations of dissipative spin systems: Peter Rabl



Dynamical mean field theory for Markovian open quantum systems: Orazio Scarlatella



Simulating a quantum simulator: Ramasubramanian Chitra



Modified dipole-dipole interactions in the presence of a nanophotonic waveguide: Bea Olmos