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        "time_zone":"America\/Detroit",
        "event_title":"Quantum Research Institute | Integrated Nonlinear and Quantum Photonics with Heterogeneous III-V-on-Silicon Nitride",
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        "combined_title":"Quantum Research Institute | Integrated Nonlinear and Quantum Photonics with Heterogeneous III-V-on-Silicon Nitride: Galan Moody (University of California, Santa Barbara)",
        "event_subtitle":"Galan Moody (University of California, Santa Barbara)",
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        "description":"Zoom: https:\/\/umich.zoom.us\/j\/96563776551?jst=2\nIn-Person: West Hall, Room 411\n\nAbstract: Integrated photonics is revolutionizing how we generate, manipulate, and transmit quantum information. In this presentation, I\u2019ll highlight recent results on heterogeneous integration of III-V nonlinear and quantum photonic components with ultra-low-loss silicon nitride circuits, including: (1) multiplexing arrays of quantum sources for reconfigurable multi-user quantum networking, cryptography, and clock synchronization, (2) chip-scale squeezed microcombs for quantum-enhanced detectors and sensors, and (3) low-threshold power optical parametric oscillators and amplifiers for applications requiring high gain with a low-noise figure of merit. I\u2019ll conclude with future directions envisioned for engineering heterogeneous photonic systems in the next 5-10 years.\n\nBio: Galan Moody is a Professor in the Electrical and Computer Engineering Department at the University of California Santa Barbara. Prior to this, he was a Research Scientist (2015-2019) at the National Institute of Standards and Technology (NIST) in Boulder, Colorado, and a National Research Council postdoctoral fellow at NIST (2013-2015). He received a PhD in Physics (2013) and a BSc in Engineering Physics (2008) from the University of Colorado Boulder. He is a recipient of a US Air Force Young Investigator Program award (2020), an NSF CAREER award (2021), an ACS Rising Star in Photonics Award (2024), and the UCSB College of Engineering Outstanding Faculty Award (2024). He serves as a thrust co-lead and on the executive committee for UCSB\u2019s NSF Quantum Foundry, is the Associate Director for UCSB\u2019s Institute for Energy Efficiency, chairs several conferences including FiOLS and CLEO, and is on the editorial board for PRX Quantum and IOP\u2019s Journal of Physics: Photonics.",
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        "event_title":"Quantum Research Institute | Photon-Mediated Interactions for Quantum Sensing and Simulation",
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        "combined_title":"Quantum Research Institute | Photon-Mediated Interactions for Quantum Sensing and Simulation: James Thompson (University of Colorado). JILA, NIST, and Dept. of Physics, University of Colorado, Boulder",
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        "description":"Zoom: https:\/\/umich.zoom.us\/j\/93973918910?jst=2\nIn-Person: Michigan Memorial Phoenix Project PML2000\n\nAbstract:\nPhotons bouncing back and forth many times between highly reflecting mirrors provides\na novel way to mediate interactions between laser-cooled atoms held between the\nmirrors. These all-to-all photon-mediated interactions provide a unique set of tools for\nboth quantum simulation and sensing.\u00a0 In this talk, I will discuss our efforts to sculpt\nthese interactions in order to expand the palette of cavity-mediated interactions that can\nbe a realized, including exchange interactions [1, 2], many-body gap protection of\nquantum coherence [1-3], XYZ interactions [4], 3 &amp; 4-body interactions [5], and\ndissipative interactions [6-7]. I will high light applying these interactions to simulate\ndynamical phases of superconductors [8-10] and enhancing matterwave interferometers\n[2-5, 11] and optical clocks [12-14].\n[1] Norcia et al, Science 361 259 (2018)\n[2] Luo et al,\u00a0Science 384 551 (2024)\n[3] Niu et al, PRL 134 (11) 113403 (2025)\n[4] Luo et al, Nature Physics 21 916 (2025)\n[5] Luo et al, Science 390 925 (2025)\n[6] Schafer et al, Nature Physics 21 902 (2025)\n[7] Song et al, Science Adv. 11, eadu5799 (2025)\n[8] Muniz et al, Nature 580 602 (2020)\n[9] Young et al, Nature 625, 679 (2024)\n[10] Young et al, PRL 134 (18) 183404 (2025)\n[11] Greve et al, Nature 610\u00a0472 (2022)\n[12] Robinson et al, Nature Physics 20 208 (2024)\n[13] Bohnet et al, Nature 484, pages 78 (2012)\n[14] Norcia et al, Science Adv. 2:e1601231 (2016)\n\nBio\nProfessor James K. Thompson earned his undergraduate degree in Physics from Florida State University and his Ph.D. in Physics from the Massachusetts Institute of Technology.  His doctoral work with David E. Pritchard focused on comparing the masses of two trapped ions with precision better than ten parts in a trillion for testing Einstein's mass-energy relationship E=mc2.  As part of this work, James and his colleague Simon Rainville also discovered a novel method for making non-demolition measurements of the quantum state of single molecules.  James was awarded the APS DAMOP thesis prize for this work.  James moved to the MIT laboratory of Vladan Vuletic at the MIT\/Harvard Center for Ultracold Atoms for his postdoctoral work, where he developed atomic quantum memories and entangled photon sources using laser-cooled atoms.  Since moving to JILA and the Department of Physics at the University of Colorado, James's work has focused on studying how to exploit collective and quantum effects to advance precision measurement and explore many-body physics. His work includes the demonstration of highly entangled spin-squeezed states, the realization of superradiant lasers based on mHz linewidth transitions, development of novel spectroscopy and laser cooling techniques, and explorations of quantum many-body simulation and dynamical phase transitions.",
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                                            "event_grid":"",
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                                            "event_feature_large":"",
                                            "event_feature_thumb":""                    },
        "occurrence_count":1,
        "first_occurrence":21904528
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