Polarization transfer in the NV– — P1 system in diamond
Abstract
The process of spin polarization transfer in the NV– — P1 system in diamond in the vicinity of LAC is studied. A method based on a complete set of commuting observables was used. It was shown that with optical pumping of the NV– — P1 system in a field of B ≈ 511.5 G at room temperature, polarization can be transferred efficiently from the electron spin of the NV center to the electron spin of the P1-center.