Electromagnetically induced transparency viaelectron spin coherence in a quantum wellwaveguide.
We propose and analyze a novel scheme to realize electromagnetically induced transparency (EIT) via robust electron spin coherence in semiconductor quantum wells. This scheme uses light hole transitions in a quantum well waveguide to induce electron spin coherence in the absence of an external magnetic field. For certain polarization configurations, the light hole transitions form a crossed double-V system. EIT in this system is strongly modified by a coherent wave mixing process induced by the electron spin coherence.
Li
Tao
T
Wang
Hailin
H
Kwong
N
N
Binder
R
R