Moti Lal Rustgi
Professor of Physics at UB 1966-1992
Professor Rustgi was born in Delhi, India. He received his B. Sc. and
M. Sc. degrees from Delhi University in 1949 and 1951,
respectively. He obtained his Ph.D. in physics at Louisiana State
University in 1957, working with Joseph S. Levinger; after which he
went on to postdoctoral positions at Yale University; the National
Research Council in Ottawa, Canada; and Harvard University. He
returned to India in 1961 and served as a Reader in Physics at Banaras
Hindu University until early 1963, at which time he returned to the
United States to take up a position as assistant professor of physics
at the University of Southern California. After one year there, he
became an assistant professor at Yale University, where he worked
extensively with Professor Gregory Breit. He joined the University at
Buffalo as an associate professor in 1966, and was promoted to full
professor in 1968.
Professor Rustgi worked in nuclear physics, atomic physics, medical
physics and condensed matter physics. The bulk of his work was in
atomic and nuclear physics. He worked on electromagnetic interactions
with nuclei, the nucleon-nucleon interaction, parity violation in
nuclei, the structure of nuclei, as well as the scattering of high
energy particles from nuclei. His favorite topic was undoubtedly the
photodisintegration of the deuteron, a subject he returned to again
and again and on which he was considered an expert. In atomic physics
he worked on relativistic radiative transitions, atomic form factors,
atomic ionization and the stopping power of matter at high energies.
In the last decade of his life his interests broadened into other
areas. He examined the absorption of RF and microwave radiation in
biological systems, and carried out Monte Carlo calculations for the
electron spectrum produced by photons in materials of interest to
health physicists. He also became involved in studies of quantum well
structures of interest to semiconductor physicists.
Professor Rustgi was a Fellow of the American Physical Society. He
served as a visiting professor at the State University of New York at
Stony Brook, a visiting scientist at the Oak Ridge National
Laboratory, as well as a faculty research participant at the Naval
Research Laboratory in Washington, D.C.
Professor Rustgi was an outstanding citizen of the University at
Buffalo. He had that all too rare ability to make significant
contributions to all aspects of university life. Besides being an
outstanding researcher, he was highly regarded as a teacher, and gave
freely of his time in service to the university.
Professor Rustgi, passed away on November 16, 1992. He was 63 years
old.
Professor Rustgi's Papers
- 1994: John Clarke, High Tc Superconductivity, SQUIDS and Brains
- 1996: Herman Feshbach, The Evolution of a Nuclear Reaction
- 1996: Leon Lederman, Miletus to the Supercollider
- 1997: John Dirk Walecka, Electron Scattering and Nuclear Physics
- 1998: Wolfgang Ketterle, Matter Made of Matter Waves/Bose-Einstein Condensation and the Atom Laser
- 1999: Lawrence M. Krauss, The Physics of Star Trek
- 2000: Horst Stormer, Fractional Charges and Other Tales from Flatland
- 2002: Douglas Osheroff, What Happens at Absolute Zero?
- 2002: Chris Quigg, The Coming Revolutions in Particle Physics
- 2003: Rocky Kolb, The Quantum and the Cosmos
- 2004: Klaus von Klitzing, From Micro- to Nano Electronics: A Quantum Leap
- 2005: Alan Guth, Cosmic Inflation and the Accelerating Universe
- 2007: Stuart Parkin, The Spin on Electronics!
(Poster in pdf format)
- 2008: Lee Smolin, Using the universe as a microscope to probe the micro-structure of space and time
- 2009: S. James Gates, Jr., The DNA of Reality & Its Genome
- 2010: William D. Phillips, Time, Einstein and the Coolest Stuff in the Universe
- 2011: Federico Capasso, Quantum Cascade Lasers: Widely Tailorable Light Sources from the Mid-infrared to the Far-infrared
- 2012: John C. Mather, History of the universe in a nutshell: from the Big Bang to life and the end of time
- 2013: Anthony J. Leggett, What can we do with a quantum liquid?
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