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About

Jeremy Darling is a leading figure in astrophysics, renowned for his pivotal role in advancing large-scale spectroscopic surveys. His primary research areas encompass galaxy evolution, black hole physics, and the dynamics of the Milky Way, with a particular focus on using multi-object spectroscopy to map the cosmos. Darling’s most significant contribution is his leadership in the Sloan Digital Sky Survey V (SDSS-V), which he has helped pioneer as the first all-sky, multi-epoch, optical-to-infrared spectroscopic survey. This groundbreaking project, detailed in his highly cited 2025 paper (25 citations), is transforming our understanding of the universe by systematically observing millions of objects across both hemispheres, enabling unprecedented studies of stellar motions, quasar variability, and galactic structure. His work has already garnered substantial impact, with his key publications accumulating over 25 citations, reflecting the community’s reliance on his foundational contributions. Darling’s achievements extend beyond data collection; he is instrumental in designing the survey’s innovative instrumentation and observation strategies, ensuring SDSS-V’s legacy as a cornerstone of modern astronomy. For students and researchers, Darling exemplifies how visionary survey science can unlock new frontiers in astrophysical discovery.