Increasing the Discovery Space in Astrophysics: The Exploration Question for Resolved Stellar Populations

Giuseppina Fabbiano,Martin Elvis,Alberto Accomazzi,G. B. Berriman,Nancy S. Brickhouse,Sownak Bose,D. Carrera,Igor Chilingarian,Francesca Civano,Bozena Czerny,Raffaele DAbrusco,Jeremy J. Drake,R. Emami-Meibody,Joseph R. Farah,Giovanni G. Fazio,Eric D. Feigelson,Francesca Fornasini,Jean Gallagher,J. E. Grindlay,Lars Hernquist,Margarita Karovska,D.W. Kim,G M Lacy,Joseph Lazio,W. P. Maksym,R. Martinez Galarza,Joseph M. Mazzarella,D. B. Sanders,N. Z. Scoville,I. Shapiro,Aneta Siemiginowska,Alex G. Smith,Horace A. Smith,Andrew Szentgyorgyi,Sandro Tacchella,A. Thakar,Volker Tolls,Belinda Jane Wilkes,David J. Wilner,P. Willner,Scott J. Wolk,J. H. Zhao

Increasing the Discovery Space in Astrophysics: The Exploration Question for Resolved Stellar Populations

2019

Exploration can be the central question for Astro2020. Major astronomical discoveries were not driven by known questions, but by increasing discovery space via new telescopes and instruments, & now archive mining. Revolutionary facilities and supporting archives will open new discoveries. Here we focus on exploration of resolved stellar populations

Keywords:

Data science
Focus (computing)
space
Computer science

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