Design of the Ion Trap and Vacuum System for 171Yb-ion Optical Frequency Standard
We are developing a frequency standard based on the ultra-narrow electric octupole
transition of the ytterbium-ion (171 Yb+), which is in the optical wavelength region. In this …
transition of the ytterbium-ion (171 Yb+), which is in the optical wavelength region. In this …
Automation of an optical frequency standard experiment
We are developing the first optical frequency standard in India with single ytterbium ion (171
Yb+), which is confined and laser cooled in an ion trap. This precision clock experiment …
Yb+), which is confined and laser cooled in an ion trap. This precision clock experiment …
Polarizability and magic wavelength of Yb+ clock transition 2S1/2 → 2D3/2
Differential static polarizability and black body radiation (BBR) shift for Ytterbium ion (171
Yb+) clock transition from ground state 2 S 1/2 to metastable state 2 D 3/2 corresponding to …
Yb+) clock transition from ground state 2 S 1/2 to metastable state 2 D 3/2 corresponding to …