Astrophysical Science enabled by Laboratory Astrophysics Studies in Atomic, Molecular, and Optical (AMO) Physics Daniel Wolf Savin , James F. Babb , Paul M. Bellan , Crystal Brogan , Jan Cami , Paola Caselli , Lia Corrales , Gerardo Dominguez , Steven R. Federman , Chris J. Fontes , Richard Freedman , Brad Gibson , Leon Golub , Thomas W. Gorczyca , Michael Hahn , Dieter Hartmann , Sarah M. Hörst , Reggie L. Hudson , Jeffrey Kuhn , James E. Lawler , Maurice A. Leutenegger , Joan P. Marler , Michael C. McCarthy , Brett A. McGuire , Stefanie N. Milam , Nicholas A. Murphy , Gillian Nave , Aimee A. Norton , Anthony Papol , John C. Raymond , Farid Salama , Ella M. Sciamma-O'Brien , Randall Smith , Chad Sosolik , Clara Sousa-Silva , Phillip C. Stancil , Frank Timmes , Virginia L. Trimble , Bradford J. Wargelin Bulletin of the American Astronomical Society（2019）
摘要
We highlight a few of the many astrophysical advances that will become possible with advances in AMO laboratory astrophysics. This submission supersedes the previous submission.
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关键词
laboratory astrophysics studies, science, amo
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