Quantum Simulation in Condensed Matter and AMO physics

Organized by L. Sanchez-Palencia, T. Giamarchi & G. Roati

Quantum simulation is one of the four pillars of quantum technologies. Its goal is to develop quantum devices with a high degree of control governed by configurable Hamiltonians. Such devices can be used to solve complicated Hamiltonians beyond what is possible with classical computers. They can thus be seen as precursors to quantum computers dedicated to optimization problems. Today, there are many examples of quantum simulators using various devices in atomic physics, quantum optics, and condensed matter.

More information on https://qsim2025.org/

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