[25p-D214-1~17] 3.10 Optical quantum physics and technologies

▲ [25p-D214-15] Controlling pendular qubit states with nonresonant two-color laser pulses

〇Je Hoi Mun^1,2,3, Shinichirou Minemoto¹, Dong Eon Kim^2,3, Hirofumi Sakai¹ (1.Tokyo Univ., 2.POSTECH, 3.MPK)

Keywords:Pendular qubit control, Molecular rotational dynamics, Coherent control

Molecular rotational states of polar molecules can serve as a platform to realize quantum computing or quantum simulation. The molecular qubit states are able to be coherently controlled by a resonant microwave electric field. In this presentation, we propose a new type of methodology to all-optically control pendular qubit states with nonresonant two-color laser pulses. Since the qubit control is realized by nonresonant laser pulses, the method can be applied to any molecules regardless of the energy structure of the molecules.