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Current-induced electron spin polarization is shown to produce nuclearhyperpolarization through dynamic nuclear polarization. Saturated fields ofseveral millitesla are generated upon the application of electric field over atimescale of a hundred seconds in InGaAs epilayers and measured using opticalLarmor magnetometry. The dependence on temperature, external magnetic field,and applied voltage is investigated. We find an asymmetry in which thesaturation nuclear field depends on the relative alignment of the electricallygenerated spin polarization and the external magnetic field, which we attributeto an interplay between various electron spin dynamical processes.

Dynamic nuclear polarization from current-induced electron spin polarization