Continuous-wave laser excitation and absorption detection of the Th-229 nuclear isomeric transition in doped crystals, with characterization of two Th centers showing different isomeric shifts and one with unusually low crystal field gradient.
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Nuclear DFT calculations determine the B(M1) transition strength between the 3/2+ ground and 5/2+ isomeric states in 229Th and report favorable agreement with experiment without parameter adjustment.
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Continuous-wave nuclear laser absorption spectroscopy of Thorium-229
Continuous-wave laser excitation and absorption detection of the Th-229 nuclear isomeric transition in doped crystals, with characterization of two Th centers showing different isomeric shifts and one with unusually low crystal field gradient.
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Radiative decay and electromagnetic moments in $^{229}$Th determined within nuclear DFT
Nuclear DFT calculations determine the B(M1) transition strength between the 3/2+ ground and 5/2+ isomeric states in 229Th and report favorable agreement with experiment without parameter adjustment.