|
|
|
Where is physics? It is not now and never was isolated in university departments. A generation ago, physicists made common cause with electrical engineers to build the radar facilities that played such a key role in World War II; they partnered with industrial engineers, chemical engineers, and metallurgists to construct the vast nuclear plants that have produced both electricity and weapons. More recently, physicists have been entering into new partnerships with industry as they construct the infinitesimal circuits and machines of nanotechnology. They have joined with biologists: Perhaps in the not-too-distant future they will use optical tweezers to rearrange the genetic code. They have begun to explore radical new ideas of quantum computing. Physicists are to be found in NASA, in industries, and, increasingly, on Wall Street as techniques born in the study of physical systems begin to play an important role in examining the dynamics of stocks, bonds, options, and hedge funds. Physics is large in the vast national laboratories of Los Alamos, Oak Ridge, Fermilab, the Stanford Linear Accelerator Center (SLAC), and Brookhaven. Physics is small in the start-up optics company or in the bench-top experiments that are reconfiguring the study of new materials, optical phenomena, biophysics, and magnetic media. Physics
in a New Era – An Overview
|
|
Loren Acton spent the week at the end of September in Almaty, Kazakhstan, attending the 17th annual congress of the Association of Space Explorers. It was a small meeting this year (24 astro/ cosmonauts attended) because of the 9/11 events. It was exciting to visit the famous Baikonor Cosmodrome and see the Russian launch facilities spread out across the steppe and to hear, at a session on the history of spaceflight, personal stories of the very earliest manned missions of the USSR. The Montana Space Grant BOREALIS high altitude ballooning program had a successful fourth flight on Saturday, Oct. 27, setting a new altitude record of 110,000 feet, over 20 miles above sea level, above 99% of the Earth's atmosphere. The severely clear weather made the balloon visible to the naked eye all the way to burst, to the amazement of all. Once again (three out of four times now!) our payload landed within a few hundred feet of a paved road. For more details and pictures, visit the BOREALIS web site at: http://www.physics.montana.edu/borealis/BOR0110A.html
Systematics of 4f electron energies relative to host bands by resonant photoemission of rare earth doped optical materials, C. W. Thiel, H. Cruguel, Y. Sun, G. J. Lapeyre, R. M. Macfarlane, R. W. Equall, and R. L. Cone, J. Lumin. 94-95, 1-6 (2001). Diode laser frequency stabilization to transient spectral holes and spectral diffusion in Er3+: Y2SiO5 at 1536 nm, Thomas Böttger, Y. Sun, G.J. Pryde, G. Reinemer, and R.L. Cone, J. Lumin. 94-95, 55-58 (2001). Numerical modeling of laser stabilization by regenerative spectral hole burning, G. J. Pryde, T. Böttger, and R. L. Cone, J. Lumin. 94-95, 76-80 (2001).
"Origin and Evolution of Filament-Prominence Systems", Piet Martens, Prominence Research: Observations and Models, Sac Peak, Oct. 12. "What Space Grant Can Do For Planetaria", Mike Murray, Western Alliance of Planetariums conference, Oct. 4-8, Eugene, OR, and at a Mars Workshop organized by Cheri Morrow of the Space Science Institute.
"The Sun Studied from Space: How the Sun Influences the Earth", Piet Martens, EdPARC conference, Bozeman, Oct. 8. "MEROPE-Montana's First Satellite", Mike Obland, Western Regional Space Grant Meeting, Warm Springs, OR, Oct. 18-21.
"Modeling of a diode pumped continuous wave optical parametric oscillator in a KTP waveguide", NASA EPSCoR, Kevin Repasky. "Project Skywatch: Using Observational Astronomy to Inspire Interest in Science by Tribal Communities", $ 19,946. Submitted to the NASA IDEAS program. PI: William A. Hiscock.Co-I's: Robert Madsen (Chief Dull Knife College), Mike Murray (MSU), Dan Williams (Fort Peck Community College), Timothy Olson (Salish-Kootenai College), Kris Cunningham (Little Big Horn College), Jeff Adams (MSU), David McKenzie (MSU), Scott Sandness (Southwest Montana Astronomical Society). Piet Martens submitted a supplemental proposal to the NSF to finance the Yohkoh 10 meeting participation of more young scientists.
“Applications of Ion Channeling and Backscattering to the Study of Metal/Metal Interface Structure”, Prof. R.J. SMITH, Montana State University, Oct. 5. “An Overview of the International Space Station”, John Shebalin, NASA Johnson Space Center, Oct. 12. “Simulating Solar Prominences in Laboratory Experiments”, Paul M. Bellan, Caltech Applied Physics Dept, Oct. 19. “NMR Imaging of Transport Phenomena in Granular Flow”, Joseph D. Seymour, Department of Chemical Engineering, Montana State University, Oct. 26.
|
|
|