We develop techniques, both analytical (QFT methods, varational ansatzs,…) and numerical (Matrix Product States, Exact diagonalization, Machine Learning,…) to solve different problems in many body quantum mechanics.
We focus on light-matter systems in extreme coupling regimes, non-linear quantum optics, topological models and magnetism driven by quantum light. We are also developing quantum algorithms, so far adapted to molecular qudits, quantum many body physics and quantum machine learning tasks.
Our main goals are:
contact: David Zueco (theory)
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