Geometry.Net - Basic_H: High Energy & Nuclear Physics

NERSC 2000 Annual Report: Science Highlights: High Energy And Nuclear Physics
SCIENCE highLIGHTS high energy AND nuclear physics.Phenomenology with O(a) Improved Lattice QCD,
http://www.nersc.gov/research/annrep00/sh_HENP_01.html

Extractions: Perspective YEAR IN REVIEW Computational Science BOOMERANG Data, Analyzed at NERSC, Reveals Flat Universe Systems and Service IBM SP Launched Ahead of Schedule with Million-Hour Bonus for Users ... Deb Agarwal Named One of "Top 25 Women of the Web" SCIENCE HIGHLIGHTS Basic Energy Sciences Biological and Environmental Research Fusion Energy Sciences High Energy and Nuclear Physics ... Advanced Scientific Computing Research and Other Projects A fit of the form c V = c V + c V ) to extract the improvement constant for the vector current. The pole term is an artifact of lattice discretization, and resolved in our calculation. Rajan Gupta, Tanmoy Bhattacharya, and Weonjong Lee, Los Alamos National Laboratory
Nuclear Physics Past, Present And Future
Information and links on nuclear physics, nuclear energy, nuclear weapons, other nuclear applications (including diagnostic imaging, radiometric dating), and related issues. Impressive site developed and maintained by high school students.
http://tqd.advanced.org/3471/
DOE - Division Of Nuclear Physics
FY 2004 Congressional Budget Request for HENP. Department of energy, Officeof Science, high energy and nuclear physics. Last updated 02/12/03.
http://www.sc.doe.gov/production/henp/np/
High Energy Weapons Archive Is Not Here
Discusses the physics of the various types of nuclear weapons and the effects of nuclear explosions. Includes a history, images, and chronology of atomic and thermonuclear weapons testing.
http://www.fas.org/nuke/hew/.
About Us - DOE- Office Of High Energy And Nuclear Physics
Overview of high energy and nuclear physics. The Office of high energyand nuclear physics (HENP), part of the Office of Science
http://www.sc.doe.gov/henp/about_us.htm

Extractions: US Department of Energy - Office of Science: OFFICE OF HIGH ENERGY AND NUCLEAR PHYSICS HOME ABOUT US HENP AND CONGRESS ... Division of High Energy Physics Overview of High Energy and Nuclear Physics The Office of High Energy and Nuclear Physics (HENP), part of the Office of Science at the U.S. Department of Energy , supports about 90% of U.S. basic research on fundamental particles and forces and nuclear matter. The mission is to understand the nature of matter at its most fundamental level and to explore the evolution of the universe through fundamental interactions of matter, energy, space, and time. The HENP research program constructs and operates major accelerator research facilities and supports about 3,000 scientists and 1,000 graduate students from more than 130 universities and 10 national laboratories. The Office of High Energy and Nuclear Physics has two Divisions, High Energy Physics and Nuclear Physics , which manage the research programs in detail. The National Science Foundation and NASA also support research in the same or related fields of science.
Scientific Discovery Through Advanced Computing (SciDAC) -- High-Energy And Nucl
Scientific Discovery through Advanced Computing (SciDAC) highenergyand nuclear physics. high energy and nuclear physics Goals for SciDAC.
http://www.osti.gov/scidac/henp/

Extractions: Advanced scientific computing will be a key contributor to scientific research in the 21st Century. Within the Office of Science, scientific computing programs and facilities are already essential to progress in many areas of research. National Infrastructure for Lattice Gauge Computing Advanced Computing for 21 st Century Accelerator Science and Technology ... SciDAC Center for Supernova Research The coming advances in computing performance, if they can be realized for scientific problems, herald a new era in scientific computing. If computers capable of 100 teraflops or more become available in the next few years, it will be possible to dramatically extend our exploration of the fundamental processes of nature. It will also be possible to predict the behavior of a broad range of complex systems, such as charged-particle accelerator components, and eventually entire accelerators. . . . more and The Particle Physics Data Grid (PPDG) Collaboratory Pilot
Bonner Lab Info
Dedicated in 1963 and named after Tom Wilkerson Bonner, professor and chairman of the physics Department; located in Herman Brown Hall. Research includes nuclear and high energy physics.
http://www.bonner.rice.edu/bonner/

Extractions: Welcome to Bonner Nuclear Lab at Rice University Info on More Rice Physics Links: Physics Dept., Phys Grad Students Assn. Other sites: STAR RHIC Jefferson Lab FNAL ... CERN Want to know about Rice University Rice Info The Rice Directory is located HERE Info about the third most liveable city in the USA Houston! Driving in Houston Freeways! Conditions offshore? Galveston Buoy Lanelle Buoy Surfside Surf Want to know about squash in Houston HSRA! BL homepage. Comments? === bonner@rice.edu
Scientific Discovery Through Advanced Computing (SciDAC) -- High-Energy And Nucl
Scientific Discovery through Advanced Computing(SciDAC) highenergy and nuclear physics.
http://www.osti.gov/scidac/henp/SciDAC_HENP_details.htm

Extractions: See http://www.sc.doe.gov/production/grants/Fr01_11.html Robert Sugar, University of California, Santa Barbara (Principal Investigator) This award provides funding to three national labs and six universities (BNL; Fermilab; TJNAF; University of California Santa Barbara; University of Arizona; University of Utah; Boston University; Massachusetts Institute of Technology; University of Illinois at Urbana-Champaign) The project will focus on simulations of quantum chromodynamics (QCD), the sector of the Standard Model of elementary particle physics that describes the strong forces between particles. The entire US community of theorists, both nuclear physicists and high-energy physicists, who work on Lattice Gauge theory, have joined together in this proposal. There is no doubt that in order to achieve the sort of scientific breakthroughs they are aiming at, highly cost-effective terascale computing resources will be needed. This project aims to fully understand the performance and costs for both a special-purpose Lattice Gauge Theory super-computer and for clusters of commodity computers, with special-purpose interconnects. It will also lay the foundations necessary to build community-wide codes that can take maximum advantage of future computing hardware. These calculations, when carried out on terascale machines, will provide important theoretical insights and support for the large experimental efforts in high energy and nuclear physics.
Physics, Mathematics, And Astronomy @ Caltech
Research into highenergy nuclear physics, gravity-wave detection, the structure of the universe and group theory.
http://www.pma.caltech.edu/
DOE FY 2000 Budget Request: High Energy And Nuclear Physics
FYI The American Institute of physics Bulletin of Science Policy News Number 15February 3, 1999 DOE FY 2000 Budget Request high energy and nuclear physics.
http://www.aip.org/enews/fyi/1999/fyi99.015.htm

Extractions: Number 15: February 3, 1999 DOE FY 2000 Budget Request: High Energy and Nuclear Physics FYI provided an overview of the FY 2000 budget request for the Department of Energy. Below are excerpts from DOE's "Budget Highlights" document, describing details of the request for the High Energy Physics and Nuclear Physics programs. Both programs would receive small increases which do not keep pace with inflation. High Energy Physics will see increased operation of the Fermilab Main Injector and the B-Factory at SLAC, offset in part by transfer of Alternating Gradient Synchrotron operations to Nuclear Physics. Also within Nuclear Physics, FY 2000 will be the first year of operation for the Relativistic Heavy Ion Collider. (FYI will include excerpts for Basic Energy Sciences and Fusion Energy Sciences). HIGH ENERGY PHYSICS REQUEST: $697.1 million; up 0.8 percent
Research Experience In Physics & Astronomy For Undergraduates (REU)
Summer Program in physics and Astronomy. 10week on-campus undergraduate research program. Research areas include Astronomy Astrophysics, Biological physics, Condensed Matter physics, high energy physics, nuclear physics, Plasma and Laser physics, Quantum Optics, and physics Education.
http://www.pas.rochester.edu:80/mainFrame/education/special/specialREU.html

Extractions: Directors: Priscilla S. Auchincloss and Arie Bodek The Physics and Astronomy Research Experience for Undergraduates (REU) Program is funded by the National Science Foundation to support ten to twelve highly-qualified students to undertake supervised research projects in the Department of Physics and Astronomy, for a period of 10 weeks each summer. Departmental faculty conduct research in diverse experimental and theoretical areas, including Biological Physics Condensed Matter Physics High Energy Physics Nuclear Physics ... Quantum Optics , and Physics Education. Each summer, the Department's research effort involves approximately 30 undergraduate students, in addition to approximately 120 graduate students, 35 postdoctoral research associates, and 30 regular faculty members. Much of the research performed by past undergraduate research assistants has been published in scientific journals. Many students have also presented their work at National Conferences and undergraduate research symposia at the University of Rochester. Program : Over the 10-week summer research period, participants attend a series of informal seminars covering research topics as well as others, such as preparing for graduate school. These seminars are intended to foster discussion among REU students and faculty, and to serve as a basis for further social and scientific interaction. Students whose projects are primarily experimental are encouraged to attend mini-courses in electronics and in machine shop techniques. The core research experience takes place in the context of research groups working at the University's research facilities (e.g. the Laboratory for Laser Energetics, Mees Observatory), local industrial laboratories, and several of the national laboratories. Students present their work at an informal symposium at the end of the summer. They are encouraged to work with their research advisers toward completion of publications, submission of abstracts, and presentations of their work at professional and student conferences.
DOE FY 1999 Request: High Energy And Nuclear Physics
FYI The American Institute of physics Bulletin of Science Policy News Number18 February 4, 1998 DOE FY 1999 Request high energy and nuclear physics.
http://www.aip.org/enews/fyi/1998/fyi98.018.htm

Extractions: Number 18: February 4, 1998 DOE FY 1999 Request: High Energy and Nuclear Physics Below are details about the Department of Energy's FY 1999 budget request for High Energy Physics and Nuclear Physics. (Note: As always in comparing budgets from year to year, some funding changes may result from items being shifted to different accounts.) According to DOE, High Energy and Nuclear research "is preformed primarily at DOE National Laboratories using large particle accelerators and detectors. The research is conducted by over 3,000 researchers and over 1,000 graduate students from more than 100 universities and the National Laboratories. The Department of Energy funds approximately 90 percent of all Federal research in High Energy and Nuclear Physics." Quotes are taken from the DOE FY 1999 Congressional Budget Request "Budget Highlights" document. HIGH ENERGY PHYSICS: "The FY 1999 budget request for High Energy Physics is $691.0 million, an increase of $11.3 million [or 1.7 percent] from FY 1998 [funding of $679.7 million.] The U.S. has finalized negotiations for its involvement in the CERN Large Hadron Collider (LHC) project, and the program will conduct activities in accordance with the DOE/NSF December, 1997 agreement with CERN. An advance appropriation of $329 million is requested to fund DOE participation in the project through FY 2004. Funding for the LHC increases from $35.0 million in FY 1998 to $65.0 million in FY 1999 [an increase of 30.0 million, or 85.7 percent.]
Nuclear Physics Electronic -- Home
nuclear physics Electronic is a service provider covering 9 leading nuclear and high energy physics journals from Elsevier Science
http://www.elsevier.nl/locate/npe

Extractions: Nuclear Physics Electronic now completes its content offering before 1995 As of February 2003, articles in Nuclear Physics Electronic will offer direct links to the articles published before 1995. Presently, NPE offers unedited, unlinked source files of some articles published in Nuclear Physics A and B published between 1992 and 1995. The new functionality offers direct link to the so-called ScienceDirect backfiles , and makes the content available back to volume 1 issue 1 of all the titles contained in NPE: Access to articles in NPE depends on the access entitlements of your institute. All abstracts, including those of all the backfile articles (138,718) for Nuclear and High Energy journals are free. Energy Levels of Light Nuclei
932 High Energy Physics; Nuclear Physics; Plasma Physics
Engineering ELibrary, Sweden. 932 high energy physics; nuclear physics;Plasma physics. 900 Engineering, General 930 Engineering
http://eels.lub.lu.se/ei/932.html

Extractions: A fully automated electronic archive and distribution server for research papers. Covered areas include physics and related disciplines, mathematics, nonlinear sciences, computational linguistics, and neuroscience.Users can also register to automatically receive a listing of newly submitted papers in areas of interest to them, when papers are received in those areas.Mechanisms for searching through the collection of papers are also provided. A fully automated electronic archive and distribution server for research papers. Covered areas include physics and related disciplines, mathematics, nonlinear sciences, computational linguistics, and neuroscience.Users can also register to automatically receive a listing of newly submitted papers in areas of interest to them, when papers are received in those areas.Mechanisms for searching through the collection of papers are also provided.
The World-Wide Web Virtual Library: High-Energy Physics
de l'Accélérateur Lineaire Orsay, France Lancaster University The Departmentof physics LANL Preprints and Abstracts in high energy and nuclear physics.
http://www.cern.ch/Physics/HEPWebSites.html

Extractions: Index to Institutes from the Greybook Information sources include the following organizations: Adelaide , University of Centre for the Subatomic Structure of Matter , Adelaide, Australia Alberta , University of Center for Subatomic Research Department of Physics , Edmonton, Alberta, Canada AMES High Energy Physics Group, Iowa State University, Ames, Iowa, USA ANL Argonne National Laboratory, Advanced Photon Source (APS), Chicago, Illinois, USA Arlington , University of Texas High Energy Physics Group , Arlington, Texas, USA Aspen Aspen Center for Physics, Colorado, USA Barcelona , University of Institut de Fisica d'Altes Energies (IFAE) Theoretical Physics Group, Department of Physics , Barcelona, Spain Bergen , University of Department of Physics , Bergen, Norway Bessy Berlin Electron Synchrotron Storage Rings, Berlin, Germany
Office Of Science
Funds basic research to advance the fundamental science knowledge base and train future scientists. Topics include materials and chemical sciences, engineering and geosciences, and energy biosciences; magnetic fusion energy; health and environmental research; high energy and nuclear physics; computational and technology research in mathematical, informational, and computational sciences.
http://www.er.doe.gov/
Conferences In High Energy Physics
Cargese Institut, Corsica Nordic School in high energy physics Phenomenology 31 Republic- IX National Seminar on nuclear and Subnuclear physics 23-28
http://www.cern.ch/Physics/Conferences/C1996/Overview.html

Extractions: This is a list of conferences, seminars, schools, etc. of interest to High-Energy Physicists. Reverse order by Date. Conferences Forums Schools Symposiums ... Workshops MORIOND Rencontres de Moriond 21-27 January, 17-23 March, 23-30 March 1996, Les Arcs 1800, France Topical Conference on Hard Diffractive Processes 18-23 February 1996, Eilat, Israel Joint ECFA / DESY Study Physics and Detectors for a Linear Collider February to November 1996 AGS-2000 Workshop on AGS Experiments for the 21st Century 12-17 May 1996, Brookhaven National Laboratory, USA Second International Sakharov Conference on Physics 20-23 May 1996, Moscow, Russia CRIS '96 First Catania Relativistic Ion Studies, 27-31 May 1996, Acicastello, Italy Sixth Conference on the Intersections of Particle and Nuclear Physics 27 May - 2 June, 1997, Big Sky Montana Conference Secretary: Susan Ramsay CIPANP, MS H844, LANL, Los Alamos, NM 87545 E-mail: cipanp@lanl.gov FAX: 505-665-6943 Tel: 505-665-1819 Lattice 96 XIV International Symposium on Lattice Field Theory, 4-8 June 1996, Washington University, St. Louis, MO, USA
Nuclear Weapons: The High Energy Weapons Archive - A Guide To Nuclear Weapons
A guide to nuclear weapons. Links to nuclear test images. Provides current information, technical Category Society Issues Warfare and Conflict Weapons nuclear 30 March 2001 Links to LARGE high quality images, Data Center of the Japan AtomicEnergy Research Institute is an excellent source of nuclear physics data also.
http://nuketesting.enviroweb.org/hew/

Extractions: H. G. Wells, The World Set Free Archive Charter Archive History Notable Quotes About the Graphics Used ... Credits and Thanks A "sister site" relationship has been established with Gregory Walker's Trinity Site . Greg and I are actively collaborating to provide the broadest variety of nuclear weapon information, in the most convenient form that we can. The two sites each have a different focus. The High Energy Weapon Archive provides current information, technical data, and informative write-ups. The Trinity Site focuses on historical information, especially reproductions of public domain documents. 27 March 2003 Chuck Hansen died on 26 March 2003.
KY DOE/EPSCoR Research-High Energy & Nuclear Physics Cluster
KY DOE/EPSCoR high energy nuclear physics Research Cluster. high energyand nuclear physics Research. Directors Dr. KehFei Liu, University
http://www.epscor.org/highnuc.html

Extractions: High Energy and Nuclear Physics Research Directors Disciplines - Physics and Astronomy, Computer Science. Projects Co-PI's - Drs.' Dan Dale, Terrence Draper, Clifford Johnson, Michael Kovash, Wolfgang Korsch, Bing An Li, Alfred Shapere, Valdis Zeps, Raphael Finkel, University of Kentucky, Lexington, KY; and Michael Crescimanno, Berea College, Berea, KY. Collaboration - We are requesting support for a program to further develop and enhance high energy and nuclear physics research in the State of Kentucky. This proposal consists of the following parts: a one year extension to the current high energy theory effort; a one year extension to our program to construct instrumentation in support of our research in experimental nuclear and particle physics at the Thomas Jefferson National Accelerator Facility (TJNAF). This program will enable increased student involvement in physics research, and will establish connections between research and educational activities at the University of Kentucky, Berea College and Eastern Kentucky University. Home Intro Research HRD ... Agencies
High Energy And Nuclear Physics Research Cluster, Project=Liu
high energy and nuclear physics Research Cluster Project One. high energy Theory.
http://www.epscor.org/liu.html

Extractions: Researchers PI - Dr. Keh-Fei Liu , University of Kentucky, Lexington, KY Co-PI's - Drs. Dan Dale; Terrence Draper; Clifford Johnson; Michael Kovash; Bing An Li; Alfred Shapere; Raphael Finkel, University of Kentucky, Lexington, KY Dr. Michael Crescimanno, Berea College, Berea, KY Abstract We propose to continue our program of upgrading and enhancing high-energy physics and parallel supercomputing in Kentucky. The research program will include the study of the structure of the proton and neutron and heavy-light mesons. With simulations on parallel computers to perform lattice gauge Monte Carlo calculations, we propose to study nucleon form factors (electromagnetic, axial-vector, scalar and pseudoscalar) and other hadron properties in order to compare with experiments, to test models and to make predictions. These are ab initio calculations based on Quantum Chromodyanmics (QCD), the fundamental theory of the strong interaction. The study of effective theories of QCD as well as analytic solutions of supersymmetric QCD and string theory are complementary components of this project. Also, we propose research in computing platforms and algorithms on massively parallel systems. Collaboration between computer scientists and computational physicists to develop efficient parallel application software is one of the goals of the development program. Research Accomplishments

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

21-40 of 101 Back | 1 | 2 | 3 | 4 | 5 | 6 | Next 20