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The Laboratory of Quantum Physics, Topology and Correlations at EPFL focuses on understanding emergent quantum many-body physics, particularly in solid-state systems where strong correlations lead to the formation of quasi-particles with unique properties. Research projects include investigating unconventional moire superconductors, correlated states in graphene heterostructures, and electron interferometry in graphene-based systems. The lab's work aims to uncover exotic physical phenomena and advance the understanding of topological states, ferromagnetism, and superconductivity. Led by Prof. Mitali Banerjee, the lab offers opportunities for postdocs, PhD students, and visiting researchers to contribute to cutting-edge research in quantum physics.