Adrien Signoles

Co-authored work reporting trapping and rearrangement of single atoms in very large optical-tweezer arrays (up to 2088 sites) in a cryogenic environment, including demonstration of atom-by-atom rearrangement across large arrays.

Demonstration and analysis of a quantum-enhanced machine learning approach for predicting credit-rating downgrades, implemented on a neutral-atom quantum processing unit (up to 60 qubits), comparing performance to classical benchmarks.

Review article covering neutral-atom quantum processors: platform characteristics, operations (trapping, rearrangement, gates), scalability arguments and prospects for analog and digital quantum computing with arrays of atoms.

Study of elastic scattering time of ultracold atoms in optical disordered potentials, characterizing the strong scattering regime and comparing experimental measurements with theoretical approximations.

Experimental observation and analysis of quantum Zeno dynamics in a large angular-momentum (J = 25) Rydberg-atom system, producing non-classical Schrödinger cat spin states and demonstrating controlled confinement of quantum evolution.