Controlling the photonic bandgap structures via manipulation of refractive index of electromagnetically induced transparency vapor;

Phonon mediated electromagnetically induced transparency and ultraslow light in strongly coupled exciton-phonon systems;

Ultra-narrow electromagnetically induced transparency and inversionless gain in a ladder-four-level system;

Influence of Er~(3+) concentration on EIT inEr~(3+): YAG crystal;

The effect termed electromagnetically induced transparency (EIT) is an induced transparency in an initially absorbing medium, experienced by a weak-probe field, due to the presence of a strong-coupling field on a linked transition.

The second-order coherence of radiation field in Λ-type three-energy level electromagnetically induced transparency(EIT) system is investigated theoretically.

In this review we describe various phenomena caused by atomic coherence,including electromagnetically induced transparency,coherent hole burning,double dark states,vacuum-induced coherence,optical signal storage based on stimulated Raman adiabatic passage,optical information transfer and erasure between two light channels,and so forth.

Numerical Simulation of the Light Storage Based onDynamic EIT and Analysis of Multi-Pulse Storage;

For electro-magnetically induced transparency (EIT), the probing laser canchange the medium susceptibility and transmit the atomic gas so that the measurement of light speed reduction is realized.

We have demonstrated the existence of electromagnetically induced transparency (EIT) with a set of suitable parameters, and we find that the light levels of the drive fields are as weak as that of the spontaneous emission with the EIT.