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Physics, Applied Physics, and Astronomy
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Research Areas:

Astronomy and Astrophysics

Biological Physics

Condensed Matter Physics

Optical Physics

Particle Physics

Undergraduate Research

Contact Us:

Department of Physics, Applied Physics, and Astronomy
Rensselaer Polytechnic Institute
110 Eighth Street, Troy, New York 12180-3590 USA

Telephone:
(518) 276-6310
Fax: (518) 276-6680
E-mail: physics@rpi.edu

Condensed Matter Physics
Research Focus:

Condensed Matter Physics

This research program concentrates on three areas: surfaces, interfaces, and nanostructures; optical and electronic materials; and electronic transport.

New research concepts, materials, and techniques are developed for high technology applications.

Many research projects are interdisciplinary.

Surfaces, interfaces, and nanostructures

Experimental and theoretical work on surfaces, interfaces, and nanostructures involves the deposition, growth, and characterization of metals, semiconductors, and insulators.

The phenomena studied include homo- and hetero-epitaxy, initial stages of epitaxy, nucleation of thin films, surface phase transitions, and interface (solid-solid and solid-liquid) structure and bonding.

Theoretical work also includes applications of statistical physics and large-scale simulations to study the dynamics of natural, artificial, and social systems, including ecological systems, agent-based models, and social networks.

Nano-electronic transport

This research expects to enhance understanding of transport in nanostructures.

The experimental work includes studies of ballistic electron transport in ultrathin epitaxial multilayers, electrical resistance of metallic films, and plasma wave electronics in high electron mobility transistors.

The electron transport in nanoscale systems (single molecule to atomic wire to carbon nanotube) is studied using the state of the art first principles calculation.

The current research includes spin assisted transport (Spintronics) at the nanoscale.

Optical and electronic materials

The optical and electronic materials under study include wide bandgap semiconductors, photonic crystals, polymers, semiconductor nanoparticle composites, dielectrics, and magnetic thin films.

Faculty

György Korniss, Sabrina Lee, Kim Lewis, Shawn Lin, Toh-Ming Lu, Vincent Meunier, Peter Persans, John Schroeder, Michael Shur, Yiyang Sun, Gwo-Ching Wang, Christian Wetzel, Masashi Yamaguchi, Shengbai Zhang.
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