本项目是固态等离子体电磁诱导透明的基础研究及其应用。电磁诱导透明在慢光器件和传感器领域具有广泛的应用。通过研究固态等离子体浓度与外加偏置电压、电流的关系，获得了固态等离子体的伏安特性和类金属等电磁特性，为固态等离子体电磁诱导透明的设计提供了基础；把固态等离子体引入到电磁诱导透明的设计中，通过对固态等离子体电磁诱导透明的仿真和建模，仿真实现了电磁诱导透明的频率可重构特性、慢光特性和高Q值等特性。另外，系统研究了固态等离子体电磁诱导透明在慢光器件和传感器领域的应用。最后，实验验证了固态等离子体电磁诱导透明的频率可重构特性、慢光特性和高Q值等特性，进一步推进了固态等离子体电磁诱导透明在慢光器件和传感器领域的实际工程应用

This project is basic research and application on electromagnetically induced transparency based on solid state plasma. The electromagnetically induced transparency is widely used in slow light devices and sensors. The volt ampere characteristic and metalloid characteristic of the solid state plasma is obtained by studying the relationship between the plasma concentration and the applied bias voltage, which provides guidance for the design of electromagnetically induced transparency based on solid state plasma. When the solid state plasma is applied to the design of electromagnetically induced transparency, the frequency reconfigurable, slow light and high Q factor are obtained by the modeling and simulation of electromagnetically induced transparency. In addition, the application of electromagnetically induced transparency in slow light devices and sensors is systematically studied. At last, the frequency reconfigurable, slow light and high Q factor of electromagnetically induced transparency based on solid state plasma are verified by experiments, which further promotes the practical application ability of electromagnetically induced transparency based on solid state plasma in slow light devices and sensors.