Spots, Faculae, and Ages: The Promise of Rotation with Roman and Deep Learning

Wide-Field Science – RegularJamie Tayar / University of Florida – Gainesville, PI We propose to improve our existing open-source tools to determine the efficacy of Roman’s proposed time domain survey’s strategies in measuring stellar rotation periods, inferring gyrochronological ages, and distinguishing between magnetic structures on stellar surfaces. The Roman mission is set to perform infrared […] The post Spots, Faculae, and Ages: The Promise of Rotation with Roman and Deep Learning appeared first on NASA Science.