Geometry.Net - Basic_H: High Energy & Nuclear Physics

CDIC - High Energy & Nuclear Physics
high energy and nuclear physics Project Outline Center for Data IntensiveComputing (CDIC). See Table 4 for a list of projects. Modern
http://www.bnl.gov/cdic/Sci_Projects/High_Energy/High_Energy_outline.htm

Extractions: See Table 4 for a list of projects. Modern accelerators generate vast quantities of data. These machines are operated for worldwide collaborations involving hundreds of institutions and thousands of researchers. New techniques for retrieval, visualization, and distribution of these data sets are required. For BNL, our own Relativistic Heavy Ion Collider, as well as our participation in the Atlas detector at CERN, dictate that these issues be addressed. We will also address simulation issues in the design, operation, and control of accelerators. See Table 4.
DOE Office Of Science Portfolio (High Energy, Nuclear Physics, Basic Energy Scie
DOE Office of Science Portfolio (high energy, nuclear physics, Basic energy Science,and Biological and Environmental Science (http//www.osti.gov/portfolio
http://www.bnl.gov/budget/Key_Summary.htm

Extractions: DOE Portfolio Key This scheme has been developed from the DOE R&D Portfolio "Boxologies" for each of the four DOE mission areas. The "Boxologies" and the Portfolio for each mission area can be accessed at: http://www.osti.gov/portfolio/portfolio_overview.htm Please note the following: There are changes to the portfolio key, based on changes that DOE has made to the themes and areas within each mission. The majority of changes have occurred in the National Security and Environmental Quality Missions. These changes are highlighted for your convenience. You may assign more than one key to a single FWP, however, you must then provide a percentage for each assignment. For example, an FWP may be strongly related to "Exploring Matter and Energy- Complex Systems" , and also related (strongly or moderately) to "Fueling the Future - Efficient Energy Use" Please list both keys with a split to indicate your best judgement of the relationship (50:50, 75:25 etc.) . You can assign up to three separate codes to a single FWP. Last year, we did not give due consideration to the
UR Internet 2 - High Energy And Nuclear Physics
high energy and nuclear physics on the Net. Institution Name University of Rochester.Field of Study (key words) high energy physics, nuclear physics.
http://www.rochester.edu/internet2/projects/highenergy.html

Extractions: - Select a Section - Living at the College Learning at the College Admission to the College Athletics Eastman School of Music School of Medicine and Dentistry School of Nursing Simon School Warner School About Us Graduate Studies Information Technology Services Libraries Medical Center Memorial Art Gallery Research Strong Health System Working at the University Directory Index Contact University Events Calendar News Giving Interesting Links Institution Name : University of Rochester Field of Study (key words) : High Energy Physics, Nuclear Physics Key Investigator(s) : Arie Bodek, Thomas Ferbel, Paul Slattery, Adrian Melissinos, Paul Tipton, Fred Lobkowicz, Edward Thorndike, Frank Wolfs, Douglas Cline URL : None available Project Description Collaborative Partners :Fermilab (Batavia, IL),CERN (Geneva, Switzerland), SLAC (Menlo Park, CA), Brookhaven (Long Island, NY), the Cornell Synchrotron (Ithaca, NY), LBL (Berkely, CA) and other facilities. Network Requirements Data transmission of large files (1-1000 MB), high quality teleconferencing (1-5Mbps).
Purdue Physics - High Engergy Nuclear Physics
The research of the high energy nuclear physics Group focuses on theexploration of the equation of state of nuclear matter. The
http://www.physics.purdue.edu/henp/

Extractions: T he research of the High Energy Nuclear Physics Group focuses on the exploration of the equation of state of nuclear matter. The Purdue High Energy Nuclear Physics Group is in the forefront of this exciting area of research. The goal is the creation and observation of highly excited and unusual states of nuclear matter. Traditional nuclear physics has been devoted to the study of nuclei which are gently perturbed. Using high energy beams of particles, we can create states of nuclear matter that are far removed from the ground state. Understanding nuclear matter under these extreme conditions will provide fundamental information about the statistical mechanics of those particles (hadrons) that interact via the strong (nuclear) interaction. This experiment is at data taking stage at the Relativistic Heavy Ion Collider (RHIC) at the Brookhaven National Laboratory (BNL). We are presently analyzing data from the experiment. For example, at sufficiently high densities and temperatures, neutrons and protons should "melt" into their constituent quarks, forming the so-called quark-gluon plasma. The resulting nuclear matter should be similar to that which may have existed some microseconds after the Big Bang. We are members of the STAR Collaboration that will seek evidence of quark-gluon plasma formation in collisions between ultrarelativistic gold nuclei. This experiment, to be performed at the Relativistic Heavy Ion Collider (
High Energy Physics Laboratory - Korea University
high energy physics ( HEP ). HERA H1 measures energy and directon of electrons phHEP Phenomenology new HEPDATA Publications nuclear physics Electronic nuclear
http://kuzeus.korea.ac.kr/
WileyEurope :: Nuclear & High Energy Physics
WileyEurope physics Astronomy nuclear high energy physics. FeaturedTitles, nuclear high energy physics (33), Listings 125 26-33,
http://www.wileyeurope.com/cda/sec/0,,2655,00.html
WileyEurope :: Nuclear & High Energy Physics
WileyEurope physics Astronomy nuclear high energy physics. FeaturedTitles, nuclear high energy physics (34), Listings 125 26-34,
http://www.wileyeurope.com/cda/sec/0,,2655|0|au|,00.html
Wiley :: Nuclear & High Energy Physics
Wiley physics Astronomy nuclear high energy physics. nuclear high energy physics (34), Listings 125 26-34, Looking for
http://www.wiley.com/cda/sec/0,,2655,00.html
Wiley :: Nuclear & High Energy Physics
Wiley physics Astronomy nuclear high energy physics. nuclear high energy physics (33), Listings 125 26-33, Looking for
http://www.wiley.com/cda/sec/0,,2655|0||bks,00.html
High-Energy And Nuclear Physics
Programs/Capabilities Table of Contents. highenergy and nuclear physics.
http://www.anl.gov/LabDB/Ms/Ext/M086.html
Lanl.arXiv.org E-Print Archive Mirror
Open archive of publications from Los Alamos National Laboratory includes wide spectrum of topics Category Science physics Plasma Publications high energy physics Theory (hep-th new, recent, abs, find); Mathematical physics(math-ph new, recent, abs, find); nuclear Experiment (nucl-ex new, recent, abs
http://xxx.lanl.gov/

Extractions: includes: Disordered Systems and Neural Networks Materials Science Mesoscopic Systems and Quantum Hall Effect Soft Condensed Matter ... General Relativity and Quantum Cosmology gr-qc new recent abs find ... High Energy Physics - Experiment hep-ex new recent abs find ... High Energy Physics - Lattice hep-lat new recent abs find ... High Energy Physics - Phenomenology hep-ph new recent abs find ... High Energy Physics - Theory hep-th new recent abs find ... Mathematical Physics math-ph new recent abs find ... Nuclear Experiment nucl-ex new recent abs find ... Nuclear Theory nucl-th new recent abs find ... Physics physics new recent abs find
High Energy And Nuclear Physics
high energy and nuclear physics. high energy and nuclear physics are concernedwith understanding of matter and spacetime at the fundamental level.
http://hpcf.nersc.gov/about/ERSUG/workinp/greenbook/node10.html

Extractions: Next: Lattice Field Theory Up: Representative Energy Research Scientific Previous: Representative Energy Research Scientific The Office of High Energy and Nuclear Physics is a $1 billion per year basic research program that provides new insights into the nature of energy and matter and operates large world-class scientific facilities for the nation and the international community. High energy and nuclear physics research is conducted by over 3,000 researchers and over 1,000 graduate students from over 100 universities and the National Laboratories. High Energy and Nuclear Physics are concerned with understanding of matter and space-time at the fundamental level. There are many unanswered questions: Why is the electron lighter than the proton? Why is there more matter than antimatter in the universe? What was matter like in the early moments of the universe? Why are the weak interactions weak? Why are there fundamental particles that play no role in normal matter? Is there supersymmetry?
Grand Challenge On High-Energy And Nuclear Physics Data Access
Grand Challenge on highenergy and nuclear physics Data Access. DouglasOlson, Point of Contact, Lawrence Berkeley National Laboratory
http://hpcf.nersc.gov/about/ERSUG/workinp/greenbook/node13.html

Extractions: Next: Overview of Accelerator Physics Up: High Energy and Nuclear Previous: Ab initio calculations of Douglas Olson, Point of Contact, Lawrence Berkeley National Laboratory Research Objective The purpose of this project is to develop techniques and tools that will enable efficient access to the massive datasets of modern High-Energy and Nuclear Physics (HENP) experiments. The prototype development is being carried out in conjunction with the computing facility and experiments at the Relativistic Heavy ion Collider (RHIC) beginning in late 1999. Access to these 100+TByte datasets by hundreds of scientists, in conjunction with carrying out the large-scale computations necessary to refine and reduce them to the essential physical properties buried within, is one of the forefront problems of high-performance computing today. By capitalizing on recent advances in storage systems (HPSS), object database technology (Objectivity Inc.), high-performance scientific computing (at NERSC) and expertise from several institutions across the U.S. we are able to address this important problem affecting fundamental science. Computational Approach The principle approach to this problem is to cast it in the form of an extremely large hierarchical collection of objects (some persistent and some transient) that experience has shown is very well matched to this event-based experimental data. Modern object-database technology allows us to address the issue of physical storage layout separately from the logical relationships between the objects. The primary issue for physical storage is to organize the data so that it is stored according to how it is accessed rather than by how it is generated.
CHEP03 Home
Home Contact Us. CHEP03 Computing in high energy and nuclear physics. Announcingthe. 2003 Conference for Computing in high energy and nuclear physics.
http://www-conf.slac.stanford.edu/chep03/
JosseyBass :: Nuclear & High Energy Physics
JosseyBass physics Astronomy nuclear high energy physics. nuclear high energy physics (36), Listings 125 26-36, Sort listing
http://www.josseybass.com/cda/sec/0,,2655,00.html
Automated Organization Of Knowledge In High Energy And Nuclear Physics
Automated Organization of Knowledge in highenergy and nuclear physics.About the project Based on available digital information
http://www.collaborium.org/projects/kohenp/

Extractions: Automated Organization of Knowledge in High-Energy and Nuclear Physics About the project: B Contact person: G rigorii Pivovarov gbpivo@iitap.iastate.edu Preliminary results: H ere we put preliminary results on testing an algorithm for organization of knowledge. The algorithm input is a "directed graph", i.e., a collection of vertexes with directed links. In this particular test, the vertexes were scientific papers in the subject fields of high-energy and nuclear physics. A link points from a paper to another paper if the former cites the latter. The graph we used in the test contained about 63,128 papers. The number of links from a vetex varies. In average, it is about 15 links. We take the information about the links from the SPIRES HEP database at http://www-spires.slac.stanford.edu/spires/hep/ The algorithm computes by a certain rule a degree of closeness between the vertexes. In the computation, only the structure of the graph is used. Then, for any given vertex, the algorithm finds a vertex maximizing the degree of closeness. If for a vertex under consideration there is more than one " closest" vertex, the vertex is discarded. The empirical fact is that we avoid discarding well-cited papers in this way. After this we were left with 45,974 vertexes (papers). For any of those papers, there is a unique "most related" paper that cites it. We proceed to this paper, and so on.
Wiley Canada :: Nuclear & High Energy Physics
Wiley Canada physics Astronomy nuclear high energy physics. nuclear high energy physics (35), Listings 125 26-35, Sort
http://www.wileycanada.com/cda/sec/0,,2655,00.html
High Energy Physics Department
Group. high energy physics Experiments Back to the Home Page of the Instituteof nuclear physics Last update Webmaster Sun Apr 5 234420 MET DST 1998.
http://www.ifj.edu.pl/Dept5/Welcome.html
High Energy & Nuclear Physics Computing Support Group
high energy nuclear physics Computing Support Group. Click here to start. Tableof contents. high energy nuclear physics Computing Support Group.
http://pdsf.nersc.gov/talks/henpcs-19980707/henpcs-19980707.htm

Extractions: Click here to start Who We Are HENP Computing Challenges Intersection of Three Disciplines Data Mining Grand Challenge StAF-Standard Analysis Frameword HENP PDSF/DPSS/HPSS LDRD SLAC LBL DPSS Write Test SLAC LBL DPSS Read Test BNL LBL DPSS vs FTP China Clipper Neutrino Networking DataSet Libraries Gigabit Networking Testbed CERN libs on T3E PDSF Computer Facility Slide 17 Slide 18 Slide 19 Why Linux? Beating Moore's Law Conclusion Author: Craig E. Tull E-mail: cetull@lbl.gov Further information:
High Energy & Nuclear Physics Computing Support Group
high energy nuclear physics Computing Support Group. Who We Are. HENP ComputingChallenges. Intersection of Three Disciplines. Data Mining Grand Challenge.
http://pdsf.nersc.gov/talks/henpcs-19980707/outline0.htm

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