Due to local system maintenance on Tuesday, September 27th, nanoHUB will be unable to launch simulation jobs on clusters conte, rice, carter, and hansen. We apologize for any inconvenience.
Bill and Dee O'Brian Professor of Physics and Astronomy; Professor of Materials Engineering; Professor of Electrical and Computer Engineering
PhD. in Physics, Boston University, 1999; A. B. in Physics, Harvard University, 1992
Professor Manfra's reseach has two major components: 1) growth of semiconductor nanostructures via molecular beam epitaxy (MBE), 2) quantum transport phenomena in reduced dimensional systems at low temperatures and high magnetic fields.
The Manfra Group studies the physics and technology of low dimensional, ultra-high purity III-V semiconductors and is affiliated with the Physics Department, School of Materials Engineering, and the School of Electrical and Computer Engineering at Purdue University. Major experimental installations are located at the Birck Nanotechnology Center at Purdue and in the Physics building. To build the heterostructures and nanostructures needed for our experiments, we employ a high purity growth technique known as molecular beam epitaxy (MBE). MBE allows us to build semiconductor structures one atomic layer at a time and thus engineer the electronic energy levels to suit our needs. Ongoing projects include fundamental studies of correlated electrons in reduced dimensions in GaAs for future applications in quantum computing and the development of novel light sources in III-Nitride materials. In addition to growth and structural characterization, we utilize low temperature and high magnetic field transport techniques. Students and Post-Doctoral Researchers in the Manfra Group are exposed to a wide range of problems in modern semiconductor physics and are expected to develop the experimental and critical thinking skills necessary for future careers in industry, academia, and national laboratories.