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on quantum physics and its interfaces with chemistry, materials science, photonics and computing, towards new applications in basic science and for the emerging quantum industry. Description of the "Machine
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to chemistry, physics, materials science, and computing. CESQ hosts an operational prototype Rydberg quantum processor based on optically trapped Rydberg atom qubits and leads the development of the next
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quantum principles, at the frontiers to chemistry, physics, materials science, and computing. CESQ hosts an operational prototype Rydberg quantum processor based on optically trapped Rydberg atom qubits and
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Science et d’Ingénierie Supramoléculaires), develops new lines of research and technology exploiting quantum principles, at the frontiers to chemistry, physics, materials science, and computing. CESQ hosts
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technology exploiting quantum principles, at the frontiers to chemistry, physics, materials science, and computing. CESQ hosts an operational prototype Rydberg quantum processor based on optically trapped
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in chemistry and a strong background in chemical functionalization of 2D materials. Previous experience in synthesis and characterization of 2D–molecule hybrids is beneficial. The successful candidate
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in chemistry and a strong background in chemical functionalization of 2D materials. Previous experience in synthesis and characterization of 2D–molecule hybrids is beneficial. The successful candidate