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.
Title resolution pending
2 Pith papers cite this work. Polarity classification is still indexing.
2
Pith papers citing it
years
2026 2verdicts
UNVERDICTED 2representative citing papers
Energy oscillations between electron and nuclear transitions in 229Th ions enable a coherent electron bridge for isomer excitation and a nuclear quantum battery.
citing papers explorer
-
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.
-
Long Time Energy Oscillation Between Electron Shell and Nucleus in $^{229}$Th Ions and Coherent Electron Bridge for Nuclear Quantum Battery
Energy oscillations between electron and nuclear transitions in 229Th ions enable a coherent electron bridge for isomer excitation and a nuclear quantum battery.