Pushing the limits of excited-state $g$-factor measurements
Andrew E. Stuchbery, Brendan P. McCormick, Timothy J. Gray and, Ben J. Coombes
TL;DR
This paper reviews recent advancements in measuring excited-state g-factors, focusing on extending experimental techniques into new regimes with methods like transient-field, recoil in vacuum, and LaBr3 detectors.
Contribution
It introduces and discusses the extension of experimental methodologies for excited-state g-factor measurements into novel regimes.
Findings
Enhanced measurement techniques for excited-state g-factors.
Application of LaBr3 detectors in g-factor experiments.
Extension of transient-field and recoil in vacuum methods.
Abstract
Current developments in excited-state -factor measurements are discussed with an emphasis on cases where the experimental methodology is being extended into new regimes. The transient-field technique, the recoil in vacuum method, and moment measurements with LaBr detectors are discussed.
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