This work investigates the effect of magnetization of a thin ferromagnetic film on the average spin of optically oriented electrons in a semiconductor. Experiments on the optical orientation of electrons in a Ni/GaAs structure have revealed the presence of a ferromagnet whose coercive force decreases under illumination t
Circularly polarized light was used to excite electrons with a spin polarization perpendicular to th...
We have measured the polarization-dependent photoresponse of ferromagnet-insulator-(III–V) semicondu...
This thesis describes the studies of the spin polarized current transport across Schottky barriers. ...
Circularly polarized light was used to excite electrons with a spin polarization perpendicular to th...
The thesis explores three different approaches for the reciprocal manipulation of polarized light an...
A theory is developed of a change in the magnetization of ferromagnetic semiconductors as a result o...
Ferromagnetic metal films on semiconductors are considered to be one of the mostlikely candidates to...
The primary aim of this work is to study optically excited spin injection over a ferromagnetic metal...
The organic-based magnet V (TCNE)x, x???2 (Tc ???400 K), is a room temperature magnetic semiconducto...
Investigation of spin dynamics in hybrid structures based on ferromagnetic semi- conductor (Ga,Mn)As...
Abstract: We describe an experiment which investigates the effect of a longitudinal electric field o...
This work was devoted to the measurement of magnetooptical effects in ferromagnetic semiconductors. ...
of optical manipulation of ferromagnetism and spin-based photonics (Hiro Munekata) An electronic sys...
This paper describes a model as well as experiments on spin-polarized tunnelling with the aid of opt...
We present a theory for spin-polarized transport in tunnel junctions consisting of a ferromagnet and...
Circularly polarized light was used to excite electrons with a spin polarization perpendicular to th...
We have measured the polarization-dependent photoresponse of ferromagnet-insulator-(III–V) semicondu...
This thesis describes the studies of the spin polarized current transport across Schottky barriers. ...
Circularly polarized light was used to excite electrons with a spin polarization perpendicular to th...
The thesis explores three different approaches for the reciprocal manipulation of polarized light an...
A theory is developed of a change in the magnetization of ferromagnetic semiconductors as a result o...
Ferromagnetic metal films on semiconductors are considered to be one of the mostlikely candidates to...
The primary aim of this work is to study optically excited spin injection over a ferromagnetic metal...
The organic-based magnet V (TCNE)x, x???2 (Tc ???400 K), is a room temperature magnetic semiconducto...
Investigation of spin dynamics in hybrid structures based on ferromagnetic semi- conductor (Ga,Mn)As...
Abstract: We describe an experiment which investigates the effect of a longitudinal electric field o...
This work was devoted to the measurement of magnetooptical effects in ferromagnetic semiconductors. ...
of optical manipulation of ferromagnetism and spin-based photonics (Hiro Munekata) An electronic sys...
This paper describes a model as well as experiments on spin-polarized tunnelling with the aid of opt...
We present a theory for spin-polarized transport in tunnel junctions consisting of a ferromagnet and...
Circularly polarized light was used to excite electrons with a spin polarization perpendicular to th...
We have measured the polarization-dependent photoresponse of ferromagnet-insulator-(III–V) semicondu...
This thesis describes the studies of the spin polarized current transport across Schottky barriers. ...