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At UF, the study of exoplanets orbiting faraway stars is flourishing. Our observational research encompasses various approaches: detecting planets through radial velocity measurements (such as MARVELS(opens in new tab) and MINERVA(opens in new tab)), identifying planetary transits (including NASA's Kepler mission(opens in new tab)), conducting follow-up transit observations, analyzing spectra of stars hosting planets, and employing advanced imaging techniques like adaptive optics and novel coronagraph methods. Participation in multiple exoplanet initiatives at UF enables comprehensive observational and theoretical examinations of specific planetary systems, along with population-level statistical analyses. Theoretical work focuses on simulating planetary formation, interactions between planets and protoplanetary disks, and the gravitational dynamics within multi-planet systems. Additionally, UF researchers are pioneering new astronomical instruments for exoplanet research, including CanariCam(opens in new tab) for GTC(opens in new tab), the Florida IR Silicon immersion grating spectromeTer (FIRST), the Infrared Exoplanet Tracker (IRET), and potential small satellite missions for transit observations.