Sprecher
Beschreibung
Tensor Networks are among the most promising methods to study quantum many-body systems out-of-equilibrium. This can be particularly interesting for dynamical lattice gauge theories scenarios, which escape the traditional methods. However, entanglement growth severely limits the simulation of out-of-equilibrium dynamics with standard MPS algorithms. Yet, they allow us to explore physically relevant scenarios, such as collision setups. In particular, we have simulated real-time evolution of wave packets in the Schwinger model, to observe the opening of the inelastic channel and identify the momentum threshold. To detect the product of the collision, we propose several local quantities that could be measured in current quantum simulation platforms.
