Terahertz radiation source based on electron injection to excite a surface plasmon;
Terahertz radiation source based on ultrafast laser pulses and nonlinear optical crystals;
High-power terahertz radiation source based on vacuum electronic terahertz gyros;
Terahertz detector of terahertz quantum optocoupler based on metal grating;
To establish a high-power and fiber-based femtosecond laser pumping and high-sensitivity detection system;
Optical delay line and a displacement feedback system based on a Michelson interferometer;
Designing ultra-low noise signal amplification module for weak signal detection;
Studying the miniature integrated frequency bandwidth tunable PLL amplification system;
Medical imager based on terahertz pulse imaging (for cancer, dental caries, osteoporosis and other diseases diagnosis);
TDS-based drug composition analyzer, food composition analyzer, drug explosives component analyzer;
Near-field imaging spectrometer based on metal nano-probe microscope;
Semiconductor package detector based on terahertz electro-optical pulse reflection technology;
Establish a THz spectroscopy database for pharmaceuticals, food, drugs and biomolecules;
Development of spectroscopic analysis and image processing software for spectrometers and imagers;
Development of THz spectral recognition and quantization techniques based on machine learning algorithms;
Development of chemical composition imaging based on THz time-domain spectroscopy and pattern recognition algorithms;
Development of medical imaging segmentation technology based on THz tomography and adaptive particle swarm optimization algorithm;
Design of microfluidic chip based on surface plasmon waveguide and its manufacturing technology;
Design and manufacture surface plasmon waveguide and terahertz micro-optics based on two-dimensional metamaterial structure;
Microfluidic chip-based spectrometer system integration for the rapid detection of biochemical composition of the portable.
