Speaker
Charles Cheung
(U. Delaware)
Description
The search for new physics beyond the Standard Model using quantum sensors relies heavily on the synergy between experimental precision and accurate theoretical modeling. This talk outlines a comprehensive computational infrastructure designed to support these efforts, including complex atomic structure calculations with automated workflows and the consolidation of results into the Portal for High-Precision Atomic Data and Computation. By building a common language and shared toolset across AMO, particle physics and related fields, this infrastructure aims to lower the threshold for entry and maximize the scientific reach of precision experiments.
