Projects

Our group aims at developing the next-generation THz imaging systems that synergistically combine optics and computations. Such systems involve the joint design of the hardware and computer algorithms, which can overcome physical limitations and achieve unprecedented capabilities.

Our group is at the forefront of 6G network research, developing innovative devices for THz wave guiding, modulation, multiplexing, beam steering, wavefront engineering, signal processing, and analog computing for THz communications.

THz biomedical applications span a wide range of scales from molecules to cells and tissues. Our group applies THz photonic technology in biomedicine, developing sensors, instrumentation, measurement protocols, and data analysis algorithms, with the goal of advancing THz technology towards clinical applications.

Our group pioneers the application of THz time-of-flight tomography for the nondestructive evaluation of multilayered structures. We aim to identify THz killer applications across aerospace, automotive, marine, and energy sectors, as well as in art conservation and archaeology.