Add to ORKGThis PhD thesis describes experiments and theory on the interactionof coherent light with the magnetic moment oflocalized electrons in a semiconductor. The prospects forachieving accurate control of the electrons’ spin arediscussed, particularly addressing the limitations imposedby disturbance from surrounding nuclear spins. It is arguedthat feedback control is the way to stabilize the combinedsystem of electrons and nuclei. It is demonstrated how thiscan be achieved using only laser excitation and exploitingthe hyperfine interaction in the system
We experimentally demonstrate how coherent population trapping (CPT) for donor-bound electron spins ...
The nuclear spin system of semiconductor crystals displays a remarkable degree of environmental isol...
The nuclear spin system of semiconductor crystals displays a remarkable degree of environmental isol...
This PhD thesis describes experiments and theory on the interactionof coherent light with the magnet...
This PhD thesis describes experiments and theory on the interactionof coherent light with the magnet...
This PhD thesis describes experiments and theory on the interactionof coherent light with the magnet...
This PhD thesis describes experiments and theory on the interaction of coherent light with the magne...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
We experimentally demonstrate how coherent population trapping (CPT) for donor-bound electron spins ...
We experimentally demonstrate how coherent population trapping (CPT) for donor-bound electron spins ...
We experimentally demonstrate how coherent population trapping (CPT) for donor-bound electron spins ...
The nuclear spin system of semiconductor crystals displays a remarkable degree of environmental isol...
The nuclear spin system of semiconductor crystals displays a remarkable degree of environmental isol...
This PhD thesis describes experiments and theory on the interactionof coherent light with the magnet...
This PhD thesis describes experiments and theory on the interactionof coherent light with the magnet...
This PhD thesis describes experiments and theory on the interactionof coherent light with the magnet...
This PhD thesis describes experiments and theory on the interaction of coherent light with the magne...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
This thesis describes experiments and simulations on the coherent optical manipulation of ensembles ...
We experimentally demonstrate how coherent population trapping (CPT) for donor-bound electron spins ...
We experimentally demonstrate how coherent population trapping (CPT) for donor-bound electron spins ...
We experimentally demonstrate how coherent population trapping (CPT) for donor-bound electron spins ...
The nuclear spin system of semiconductor crystals displays a remarkable degree of environmental isol...
The nuclear spin system of semiconductor crystals displays a remarkable degree of environmental isol...