Since 1982, the Submillimeter-Wave Technology Laboratory (STL) at the University of Massachusetts Lowell has developed solid-state and laser-based terahertz sources, high-sensitivity incoherent and coherent receivers, and implemented a number of novel measurement techniques in the submillimeter-wave regime. These technologies combined with our dielectrics characterization and fabrication program, have allowed STL to become a leading pioneer in submillimeter-wave applications.

Radar Signatures and Analysis Compact Radar Ranges Radar Signature Acquisition and Analysis Research Fine-Scale Model Fabrication Dielectrics Characterization for Radar Scaling Low-Observable Studies Realistic Ground Terrain and Clutter Submillimeter Wave Systems Transceiver Systems Laser Sources Solid State Sources Materials Characterization and Optical Components Terahertz Materials Characterization Microwave-mmW Materials Characterization Optical Component Fabrication Millimeter-wave and Terahertz Anechoics

Solid State Physics Schottky Diode Photomixers Quantum Cascade Terahertz Lasers Terahertz Device Characterization Terahertz Spectroscopy Mechanical Engineering Academic Research