Join Dana Weinstein, Professor in the Elmore Family School of Electrical & Computer Engineering, as she explores how recent advances in materials, device architectures, and autonomous experimentation are driving new capabilities in MEMS—spanning applications in sensing, imaging, RF systems, and…
Join Joseph M. Luken from the Elmore Family School of Electrical and Computer Engineering as he presents a vision to close this gap via the quantum frequency processor (QFP), a paradigm leveraging pulse shapers and modulators for universal quantum information…
Join Chen-Lung Hung from the Department of Physics and Astronomy, as he discusses focusing on advancements in quantum light–matter interfaces using cold atoms integrated with nanophotonic circuits. The seminar will explore how hybrid atom–photon platforms can enable scalable quantum technologies…
Join Roland Kawakami from the Department of Physics at The Ohio State University as he explores how spin currents, Berry curvature, and orbital angular momentum contribute to magneto‑optical phenomena and energy‑efficient spintronic materials. Kawakami will discuss recent developments in detecting…
Join Jingang Li from the Department of Mechanical Engineering and Materials Engineering as he presents novel optical technologies for versatile manipulation of nanomaterials and advanced characterization with high spatiotemporal resolution. First, he developed optothermal manipulation techniques to overcome the limitations…
Join Krishna Jayant from the Department of Biomedical Engineering as he presents new data using 2D nanotextured ECoG arrays paired with high-density electrophysiology, optogenetics, and focal cooling to study inter‑areal communication in motor networks. His group shows that traveling waves…
Join David Cappelleri from the School of Mechanical Engineering, Weldon School of Biomedical Engineering as he presents families of wireless magnetic mobile microrobots driven by external magnetic fields that his group have developed over the years for biomedical applications. These include…
Join Libai Huang from the Department of Chemistry as she discusses the recent progress on imaging environment-assisted quantum exciton transport in perovskite quantum dot superlattices and quantum phase transition of moiré excitons. These results provide fundamental understandings of how excitons migrate…
Join Alex Ruichao Ma from the Department of Physics and Astronomy as he presents recent experiments to both control and probe collective quantum behavior in such systems. He will first show how engineered interactions with the environment can be harnessed…
Join Yuheng Chen and Vaishnavi Venkatacha Iyer from the Elmore Family School of Electrical and Computer Engineering as they present how machine learning (ML) provides a powerful framework for exploring high‑dimensional photonic and quantum‑optical design spaces. We introduce a unified…