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Publication

SATLAS2: An update to the package for analysis of counting data

Journal Contribution - Journal Editorial

SATLAS2 is a Python library that enables the user to fit counting data from laser spectroscopy experiments, in particular those that measure atomic hyperfine structures. In this analysis, the user can choose how the uncertainties are treated and can also opt to generate a random walk in order to present a fuller picture of the parameter space. The major upgrade compared to the previous version of SATLAS is the different architecture of the codebase, which enabled a performance boost, with speed-up factors ranging from 20 to 300 times for various use cases. For backward compatibility, a translation layer between the two architectures is available, implementing only the core functionality of SATLAS.
Journal: Computer Physics Communications
ISSN: 0010-4655
Volume: 297
Publication year:2024
Keywords:Computer science/information technology, Mathematical & theoretical physics
Accessibility:Open