Mid-infrared and THz optoelectronics and photonics; graphene and other 2D materials based devices and systems; strongly correlated electron materials; quantum optics; quantum cascade lasers; chemical and biological sensing
Highlights include making hydrogen fuel cell less expensive and keeping bridges open after earthquakes.
Medical Device and Diagnostic Industry reports on research about a reusable sensor chip created by a UB team led by Peter Liu, assistant professor of electrical engineering.
Photonics.com published research about a tiny, reusable sensor chip create by a UB team led by Peter Liu, assistant professor of electrical engineering.
Spectroscopy Europe reported on new research led by Peter Q. Liu, assistant professor of electrical engineering, whose team has developed a tiny, reusable sensing chip that holds potential for use in point-of-care medical tests.
Nanowerk, Phys.org, and other science news outlets carried stories on new research led by Peter Q. Liu, assistant professor of electrical engineering.
The key to its success? ‘Nanopatch antennas’ made with liquid metal that trap light to identify biological and chemical molecules.
Phys.org, Bioengineering, and other news outlets quoted Peter Q. Liu, assistant professor of electrical engineering, about his research demonstrating a new type of high-performance optical sensor which can utilize the surface tension of liquid as a means of significantly enhancing sensitivity.