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    "154438-21917748":
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        "datetime_modified":"20261102T134320",
        "datetime_start":"20261110T160000",
        "datetime_end":"20261110T170000",
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        "date_start":"2026-11-10",
        "date_end":"2026-11-10",
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        "event_title":"CM-AMO Seminar | Excitons as sensors of electronic correlations: the quantum optics of correlated material",
        "occurrence_title":"",
        "combined_title":"CM-AMO Seminar | Excitons as sensors of electronic correlations: the quantum optics of correlated material: Daniel Suarez-Forero (University of Maryland Baltimore County)",
        "event_subtitle":"Daniel Suarez-Forero (University of Maryland Baltimore County)",
        "event_type":"Workshop \/ Seminar",
        "event_type_id":"21",
        "description":"Bose-Fermi mixtures naturally appear in various physical systems. In van der Waals heterostructures, such mixtures can be realized, with bosons as excitons and fermions as dopant charges. This opens the opportunity to use excitons as sensors of electronic correlations. I will discuss experimental results obtained during my previous positions at the Joint Quantum Institute and the University of Geneva. We showed how optical exciton diffusion can benchmark the formation of correlated states in a moir\\'e structure and how the strong particle-particle interactions in this system can lead to collective emission. I will finish by presenting some perspectives for our recently formed group at UMBC: the Group of Quantum Optics of Correlated Materials. We will use techniques from the quantum optics field to investigate multi-electronic correlations that emerge from strong particle-particle interactions.",
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        "room":"340",
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    {
        "datetime_modified":"20261104T084746",
        "datetime_start":"20261117T160000",
        "datetime_end":"20261117T170000",
        "has_end_time":1,
        "date_start":"2026-11-17",
        "date_end":"2026-11-17",
        "time_start":"16:00:00",
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        "time_zone":"America\/Detroit",
        "event_title":"CM-AMO Seminar | Computing and Networking with Neutral-Atom Quantum Processors",
        "occurrence_title":"",
        "combined_title":"CM-AMO Seminar | Computing and Networking with Neutral-Atom Quantum Processors: Kevin Singh (Ohio State University)",
        "event_subtitle":"Kevin Singh (Ohio State University)",
        "event_type":"Workshop \/ Seminar",
        "event_type_id":"21",
        "description":"Neutral-atom arrays have emerged as a promising platform for scalable quantum information processing, combining long-lived qubits, programmable Rydberg interactions, and natural interconnection with photonic qubits. In this talk, I will discuss our efforts to develop new architectures that address key challenges in scaling neutral-atom processors toward fault-tolerant quantum computation and distributed quantum networks. I will first describe a dual-isotope rubidium architecture that provides isotope-selective control while retaining nearly identical Rydberg-Rydberg resonances, thereby enabling new approaches to mid-circuit measurement, qubit addressing, and high-fidelity entangling gates. I will then discuss our development of photonically integrated neutral-atom processors based on ytterbium atoms coupled to fiber Fabry\u2013Perot cavities. These photonic interfaces aim to efficiently connect atomic qubits to telecom photons, providing a pathway toward long-distance quantum networks and distributed quantum computing. I will then discuss our efforts to build a large-scale quantum internet in Ohio.",
        "occurrence_notes":null,
                "guid":"154526-21917896@events.umich.edu",
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