Canadian National Research Council's Steacie Institute / Rutherford Laboratory / University of Maryland / University of Michigan / University of California / /
IndustryTerm
theoretical maximum energy gain / photon energy / precursor gas / power devices / gas cell / x-ray imaging / gain media / maximum energy / higher-energy states / ionization energy / kinetic energy distributions / nonlinear media / instantaneous electron kinetic energy / energy / incident laser energy / high-density gas-jet / energy storage / nonlinear optical systems / average electron energy / important applications / mean ion energy / xenon gas / accelerator technology / law imto / saturation energy / energy distribution / electron energy distribution / /
Organization
University of Maryland / Institute for Physical and Chemical Research in Japan / Canadian National Research Council's Steacie Institute in Ottawa / CC V / University of California / Los Angeles / the University of Michigan / Stanford / /
Person
Raman / Gordon III / P. B. Corkum / Howard Milchberg / C. Coverdale / Lawrence Livermore / Recently X. B. Liu / Toshiki Tajima / Charles Durfee / Chandrashekhar Joshi / Paul B. Corkum / Jonathan Wurtele / J. J. Macklin / R. L. Savage Jr / John Dawson / Yutaka Nagata / Donald Umstadter / Stephen Harris / R. Savage Jr / / /
Position
professor of electrical engineering / head of the ultrafast-phenomena group / Walker / Phys / forward / /
Product
Sangean Table Top Portable Audio Device / /
ProvinceOrState
Texas / Maryland / New York / Michigan / California / Massachusetts / /
INTERACTIONS OF ULTRA-INTENSE LASER LIGHT WITH MATTER Tobletop pulsed lasers capable of delivering terawatts of peak power are beginning to have a revolutionary effect on atomic