Quantum simulation denotes the approach by which controllable many-body quantum systems are designed and analysed in view of revealing complex and intriguing quantum phenomena. This fast

growing field of research gathers a huge community of scientists specialized in various branches of quantum physics, including condensed-matter physics, atomic and molecular physics, quantum

optics, quantum information and high-energy physics.

The Workshop will assemble a unique group of leading experts, who significantly contributed to the development of quantum simulation, and/or closely-related topics, in the recent years.

The subjects discussed at the Workshop include:

- Cold atoms in optical lattices, Rydberg atoms and cold molecules

- Physics of trapped ions

- Hybrid quantum systems

- Quantum fluids of light: Photonic crystals, polaritons, and cavity quantum electrodynamics

- Superconducting circuits and quantum-dot-based spin qubits

- Quantum Hall physics, topological states of matter and strongly-correlated systems

- Quantum many-body dynamics, non-equilibrium dynamics, many-body localization

- Quantum simulation of lattice gauge theories