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Hello! I have 2 levels, with quantum numbers ##(J=0,m_J=0)## and ##(J=1,m_J=1)## and I am a bit confused about whether I can drive Rabi oscillations between them with a fixed laser polarization. Assuming I start in the ##(J=0,m_J=0)##, I would need right-circularly polarized light to drive that transition, however once the electron gets to the ##(J=1,m_J=1)## (basically after a ##\pi##-pulse), will the electron come back to the initial state if I keep applying the right-circularly polarized light? Given that this situation is equivalent to starting in ##(J=1,m_J=1)##, I would need a left-circularly polarized light to drive this transition. So will the electron just stay in ##(J=1,m_J=1)## forever (ignoring other states and lifetimes) unless I change the polarization? Thank you!