Steven FangCheng Chu S Webpage steven FangCheng chu s Webpage. Personal Introduction MEM800 GUIBased Control Project MEM800 GUI-Based Control Project Final Exam ..VB Script. http://www.pages.drexel.edu/~fcc23/
MD Boys Distance chu, steven 10, 4, 28.22, 12, River Hill chu, steven 10, 10, 12.80, 37, River Hill. Styczynski, Mike 10, 10, 15.60, 38, River Hill http://www.dyestat.com/9in/preview/9retmd18.html
Extractions: DyeStat 1999 indoor DyeStat Page 1 Search 99 indoor Name / 98 grade Min Sec School 800 Meters Hughes, Shannon 10 Suitland Zobonica, Josh 11 Stephen Decatur Kent, Paul 11 Bowie Najjar, Ali 11 Northwestern-Pg Thomas, Zach 11 Thomas Johnson Shresha, Robbie 10 Paint Branch Aaron, Jason 11 Bladensburg Rolland, Michael 11 Broadneck Harrison, Donald 11 Eleanor Roosevelt Van Tine, Jarrett 10 Bethesda Chevy Chase Hemming, Andrew 10 Dematha Edwards, Bernie 11 Severna Park Ohia, Nkem 11 Wilde Lake Ward, Justin 12 Frederick Thillet, Victor 10 Old Mill Santucci, Jason 11 Westminster McKinley, Johnavin 11 No. Hagerstown Kridler, Nick 11 Middletown Albertine, Jamie 10 Whitman 1600 Meters Palavecino, Matias 11 Watkins Mill Van Tine, Jarrett 10 Bethesda Chevy Chase Thillet, Victor 10 Old Mill Rogers, Andy 11 Annapolis Chu, Steven 10 River Hill Day, Shawn 11 Thomas Johnson Hunt, Carlos 10 Westlake Glynn, David 11 Walter Johnson Albertine, Jamie 10 Whitman Mitchell, Jason 11 Towson Davis, Josh 10 Westminster Allen, Doug 10 Walkersville Morris, Ben 11
Extractions: Prof Chu is the Theodore and Frances Geballe Professor of Physics and Applied Physics at Stanford University. He flew in to Hong Kong to deliver HKUST's Distinguished Lecture in Science 2001, one of the major academic events celebrating the 10th anniversary of the University. His talk focused on the major recent developments in the study of single biological molecules. He is famed for his invention of "optical molasses", a method which uses strong laser beams to slow individual atoms down from a typical speed of 4,000 kilometers per hour to speeds of less than a tenth of a kilometer per hour, cooling the atoms down to very low temperatures just above absolute zero (-273oC). This powerful technique has enabled scientists to obtain precise measurements of the properties of atoms, and has increased scientific understanding about the interplay of light and matter. The research earned him a share of the 1997 Nobel Prize in Physics.
Nobel Laureate Steven Chu Lectures At HKUST Nobel Prizewinning physicist steven chu gave a lecture today (6 August 2001) on Biology at the Single Molecule Level at the Hong Kong University of http://www.ust.hk/~webopa/news/2001_News/news0806.html
Extractions: Press Release 6 August 2001 Nobel Laureate Steven Chu Lectures at HKUST Nobel Prize-winning physicist Steven Chu gave a lecture today (6 August 2001) on "Biology at the Single Molecule Level" at the Hong Kong University of Science and Technology (HKUST). Prof Chu is the Theodore and Frances Geballe Professor of Physics and Applied Physics at Stanford University. He flew in to Hong Kong to deliver HKUST's Distinguished Lecture in Science 2001, one of the major academic events celebrating the 10 th anniversary of the University. His talk focused on the major recent developments in the study of single biological molecules. Prof Chu was awarded the 1997 Nobel Prize in Physics jointly with Prof Claude Cohen-Tannoudji of France and Prof William D Phillips of the US for the development of methods to cool and trap atoms with laser light. He is famed for his invention of "optical molasses", a method which uses strong laser beams to slow individual atoms down from a typical speed of 4,000 kilometers per hour to speeds of less than a tenth of a kilometer per hour, cooling the atoms down to very low temperatures just above absolute zero (-273 o C). This powerful technique has enabled scientists to obtain precise measurements of the properties of atoms, and has increased scientific understanding about the interplay of light and matter. The research earned him a share of the 1997 Nobel Prize in Physics.
Steven Chu http://www.newsday.com/ny-lotcchu,0,4141790.acrobat
PBK - Fellows Lecturer 2004-2005 steven chu, Stanford University. AVAILABLE In accordance with requests, 20042005. steven chu is the Theodore and Frances Geballe Professor of Physics and http://www.pbk.org/advocacy/visitscholar/Chu.htm
Extractions: Laser Super-Cooler obel-Prize winning physicists are different from you and me. They have more brains. Those of us who fall on the big part of the bell curve are curious about the mental processes of heavyweight brainiacs. Do they dream in mathematical equations? What kinds of thoughts fill their waking moments? Do they watch TV? Do they have favorite cereals? We tracked down Steven Chu at home near Stanford University where he is a professor of applied physics. He spends part of his time teaching quantum mechanics to graduate students but devotes the better part of his energies to techniques for controlling and studying matter at the atomic level. CONTINUED BELOW Chu's most famous work the work that won him the 1997 Nobel Prize in Physics has centered on cooling and trapping sodium atoms. It recognized him for pioneering a novel technique for cooling them down to 240-millionth of a degree above absolute zero. What takes the feat beyond ordinary comprehension is how it was done: by firing an array of six lasers at the target atoms. To try to diminish the energy of atoms by bombarding them with beams of electromagnetic energy is totally counter-intuitive to anyone with a smattering of physics knowledge. But hardcore physicists like Chu know that matter and energy follow different rules on the atomic level. While ordinary objects appear to absorb energy along an uninterrupted continuum, individual atoms are governed by the laws of quantum mechanics which restrict energy changes to discrete jumps. Chu ingeniously exploited Doppler shifts in wavelengths produced by moving objects to create what he calls an "optical molasses" effect. The lasers are tuned to a wavelength which, when doppler-shifted, can be absorbed by atoms moving toward the laser, thereby progressively slowing them until most of their kinetic energy has been lost. The laser has no effect on atoms with little motion along the laser's axis.
Extractions: Biography Website One of the fundamental problems of studying gas atoms is that they move too quickly, but many methods have now been developed to cool these atoms and trap them for later observation. Joining us on Berkeley Groks to discuss these methods is Professor Steven Chu from Stanford University . Professor Chu's work spans many realms of physics from observing individual biomolecules to the laser trapping of atoms, techniques for which he was awarded the Nobel Prize in Physics in 1997. He was recently at Berkeley visiting as one of the many prestigious Hitchcock lecturers Steve Chu ( SC ) joins Charles Lee ( CL ) on Berkeley Groks to discuss cooling atoms and holding on the biomolecules.
Extractions: Print version Nobel Laureate Steven Chu at the Commonwealth Club The Commonwealth Club of California will feature "A Conversation with Professor Steven Chu: "On the Nobel Prize, Managing Science, and Solving the World Energy Crisis. Dr. Chu is director of the Lawrence Berkeley National Laboratory. He received the Nobel Prize in Physics in 1997 for "for development of methods to cool and trap atoms with laser light".
Hertz Foundation: Home steven chu Director, Lawrence Berkeley National Laboratory A Nobel Prizewinning scholar and international expert in atomic physics, laser spectroscopy, http://www.hertzfndn.org/chu.shtml
Extractions: A Nobel Prize-winning scholar and international expert in atomic physics, laser spectroscopy, biophysics and polymer physics, Dr. Steven Chu currently oversees the Department of Energys multi-program research laboratories. Most recently, Dr. Chu was the Theodore and Francis Gabelle Professor of Physics and Applied Physics at Stanford University, a position he held for 17 years. He is a member of the National Academy of Sciences, American Philosophical Society, and the American Academy of Arts and Sciences. Dr. Chu received his AB and BS in Physics from the University of Rochester (1970), and PhD in Physics from the University of California at Berkeley (1976).
Biography Of Chu, Steven Biographies of people living and dead of all nations. http://www.allbiographies.com/biography-StevenChu-7028.html
Steven Chu: A Scientist's Random Walk Our guest today is steven chu, who is a Nobel Laureate in Physics and Geballe Professor of Physics at Stanford. He is the 2004 Hitchcock Lecturer on the http://repositories.cdlib.org/iis/video/05/
Extractions: View the Program (RealAudio) - February 13, 2004 Tell a colleague about it. There is no PDF file available for download. Please Note : The California Digital Library's (CDL) commitment to provide persistent access to content in the eScholarship Repository applies only to material housed on servers maintained directly or under contract by the CDL. Links and access to content of any format referenced outside the eScholarship Repository cannot be guaranteed by the CDL or eScholarship Repository. ABSTRACT:
Extractions: Some day, humans may plant a chip in their head to help them remember where they put the car keys. A group of researchers at the Max Planck Institute of Biochemistry in Martinsried, Germany, have devised a specially designed chip that can stimulate or monitor brain tissue when placed under it. A synapse fires, and a corresponding spike in voltage occurs in the adjacent chip. Alternatively, electricity courses through the chip, and chemical synapses fire in the brain tissue. So far, the group has only used the technology to study the reactions of snail neurons, sections of rat brain and a few other types of nerve cells. The group is not close at all to delivering a productbut the technology creates the possibility that the movements of mind can be mapped (or guided) by computers. If you want to get a glimpse of the future, a conference is the place to be.
APS Chair steven chu is the Theodore and Frances Geballe Professor of Physics and Applied Physics at Stanford University. Professor chu s research is primarily in http://www.apscenttalks.org/chair.cfm?sessID=32
_? On Oct. l5. l997, Mr. steven chu won the Nobel Prize for physics for the year l997 steven chu is the fifth overseas Chinese Nobel Prize winner after Mr. http://edu.sina.com.cn/en/2002-08-12/4868.html
Physics Department Dr. steven chu Professor of Physics, Stanford University 1997 Nobel Prize in Physics. Public Lecture. Laser cooling and trapping from atomic clocks to http://www.uark.edu/depts/physics/maurer2002.html
Extractions: 7:30-8:30 pm, Thursday, March 28, 2002 Professor Chu, a Nobel Laureate in physics, will review how atoms can be cooled with lasers to temperatures of 200 billionths of a degree above absolute zero. Once chilled to these temperatures, atoms can be held and manipulated with light. Some of the applications of this new technology include the construction of ultra-precise atomic clocks, atom interferometers, and the achievement of Bose Condensation. Finally, he will show how this work has led us to study the behavior of individual bio-molecules and bio-molecular systems in real time. The lecture is part of the annual Maurer Lecture Series. It is free and open to the public. The purpose of the lecture is to bring distinguished scienetists and educators to the campus and to the general public to increase awareness of recent scientific advances. The public lecture will be followed by a colloquium on Friday, March 29, 4:00-5:00 pm in Physics 133. The colloquium topic will be "Biology at the single molecule level".
Dhcenergy-s05: Nobelist Steven Chu Speaks On Alternative Energy according to steven chu, director of the Lawrence Berkeley National Laboratory and winner of the 1997 Nobel prize for physics. Oil and http://listproc.ucdavis.edu/class/200503/dhcenergy-s05/0018.html
Extractions: Date: Sat May 07 2005 - 12:27:05 PDT Next message: naabrams@ucdavis.edu: "NYTimes.com: Old Foes Soften to New Reactors" This is very relevant to what we're working on and it's a great opportunity to hear from a Nobel laureate so it'd be great if some of us could make it there and possibly share some insights with the class on Wednesday.
News Item NOBEL LAUREATE steven chu (UR Physics BS 1970) NAMED DIRECTOR OF LAWRENCE We are delighted that Dr. steven chu, a Nobel laureate, is returning to the http://spider.pas.rochester.edu:8080/wwwPAS/PASforms/news/newsReader$0000555
Extractions: Saturday, June 19, 2004 NOBEL LAUREATE STEVEN CHU (UR Physics BS 1970) NAMED DIRECTOR OF LAWRENCE BERKELEY NATIONAL LABORATORY See: LBL and other News Releases http://www.lbl.gov/ http://www.ucop.edu/news/archives/2004/jun17.htm http://www.interactions.org/cms/?pid=1013036 http://www.lanl.gov/orgs/pa/newsbulletin/2004/06/18/text02.shtml ... http://www.mercurynews.com/mld/mercurynews/news/8949025.htm?1c NOBEL LAUREATE STEVEN CHU NAMED DIRECTOR OF LAWRENCE BERKELEY NATIONAL LABORATORY The University of California Board of Regents today (June 17) named Steven Chu, professor in the physics and applied physics departments at Stanford University and a co-winner of the Nobel Prize in physics, as director of the UC-managed Lawrence Berkeley National Laboratory. Acting on the recommendation of UC President Robert C. Dynes and approval of Secretary of Energy Spencer Abraham, the regents appointed Chu the sixth director of the Berkeley laboratory during a special meeting conducted by telephone conference call. Chu will take office August 1, replacing departing director Charles V. Shank. Shank will take a sabbatical and then return to the UC Berkeley campus to continue teaching and research. "Steve Chu brings to this position outstanding leadership qualities and a record of superior achievement in science," Dynes said. "His combination of skills is precisely what we need to keep the Lawrence Berkeley National Laboratory at the forefront of scientific excellence and to guide the lab wisely through the upcoming potential contract competition." Chu, who earned his doctorate from UC Berkeley, is currently the Theodore and Francis Geballe Professor of Physics and Applied Physics at Stanford, where he has been on the faculty since 1987.
