The energy required to alter nuclear states is often in the MeV energy range, where Thorium is a rare example that has a very close state to the ground state, seperated by 8.4eV (100,000 less energy)
This means that to exicte to this nuclear state is possible using an ultraviolet laser
It has important applications for nuclear theory, nuclear atomic clocks and fundemental constant metrology.
This means that to exicte to this nuclear state is possible using an ultraviolet laser
It has important applications for nuclear theory, nuclear atomic clocks and fundemental constant metrology.