However, there are several outstanding challenges caused by the relaxation and decoherence processes of the NV
center electron spin as these limit quantum gate fidelities on nuclear registers as well as spectral resolution, selectivity and signal to noise ratio in sensing applications.
Not exact matches
This one alteration created color
centers that effectively trapped
spinning electrons in the diamond lattice.
Consequently, the analysis revealed that the metal atoms at the
center of the organic molecules retained
electron spins, which could generate magnetism.
Here, we propose a dissipative scheme that achieves the preparation of pairs of nuclear
spins in long - lived singlet states by a protocol that combines the interaction between the nuclei and a periodically reset
electron spin of a nirogen - vacancy
center with local radio - frequency control of the nuclear
spins.
We combine this scheme with optically polarized nitrogen - vacancy (NV)
center spins in diamonds which provides near perfect
electron polarization source at room temperature.
When a molecule or compound with an unpaired
electron is placed in a strong magnetic field, the
spin of the unpaired
electron can align in two Singlet Oxygen: Generation and Properties Leonard I. Grossweiner Wenske Laser
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