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Dr. Donna Bandy (Noble Research Fellow) and her research team explore whispering gallery modes (WGMs) through advanced computational models to forecast characteristics like mode activation and fiber coupling efficiency. Dr. Mario Borunda's work spans quantum information science and computing, with a focus on Bose-Einstein condensates and ultracold Fermi gases, particularly examining spin dynamics and spin-orbit coupling effects. Dr. Yingmei Liu heads an experimental atomic, molecular, and optical (AMO) physics team within OSU's Photonics initiative, specializing in spin-squeezing phenomena in sodium Bose-Einstein Condensates at near-zero temperatures for quantum information applications. Dr. Al Rosenberger investigates the fundamental behavior and practical uses of whispering gallery modes in microscopic dielectric resonators, including sub-millimeter silica spheres where external environmental interactions occur through evanescent fields, with potential applications ranging from quantum-dot lasers to chemical detection. Dr. Gil Summy's research employs Rubidium-87 Bose-Einstein Condensates to study quantum chaos and atom confinement, achieving a landmark in 2004 by creating an optically trapped condensate – among the world's first – while maintaining collaborative ties with Nobel Laureate Dr. William Phillips' NIST team. Dr. Emrah Turgut's experimental condensed matter research centers on innovative magnetic materials and their charge, spin, and lattice vibration dynamics, combining materials synthesis, device fabrication, and cutting-edge spectroscopic techniques to develop energy-efficient computing and data storage solutions.