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Topic: High energy physics

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	The Office of High Energy Physics (Site not responding. Last check: 2007-10-26)
		These fundamental ideas are at the heart of physics and hence all of the physical sciences.
		To enable these discoveries, HEP supports theoretical and experimental research in both elementary particle physics and fundamental accelerator science and technology.
		HEP underpins and advances the DOE missions and objectives through this research, and by the development of key technologies and trained manpower needed to work at the cutting edge of science.
	www.er.doe.gov /hep/index.shtm (137 words)

	High Energy Physics (Site not responding. Last check: 2007-10-26)
		High Energy Physics deals with the question of what the electrons, protons and neutrons are made of.
		The physical interpretation of this approach to electrodynamics is that when a pair of electrons in some initial state scatters so they end up in some final state, they get there via every possible path.
		Many people believe that the field of "High Energy Physics" is the same as the field of "Elementary Particle Physics." Note that this belief assumes that there really are elementary particles in the universe: I think that this prejudges the whole question.
	www.upscale.utoronto.ca /GeneralInterest/Harrison/HighEnergy/HighEnergy.html (5189 words)

	USB Physics: High Energy Physics - Experimental
		The Stony Brook High Energy Group focusses on the study of fundamental particles and forces as revealed in the collisions of hadrons at the largest available energies.
		The arrow widths are proportional to the energy carried by the object.
		The spheres represent the amount of energy deposited in the calorimeter cells (orange and white for the electromagnet deposits and blue for hadronic deposits).
	insti.physics.sunysb.edu /Physics/research_groups/p005_hep.htm (875 words)

	High Energy Theory Research: Dept. of Physics, Princeton University (Site not responding. Last check: 2007-10-26)
		The research effort of the high energy theory group covers a wide range of fields, including general quantum field theory, string theory, quantum gravity models in various dimensions, the theory of turbulence, particle cosmology, and also computer simulations of problems that arise in these areas.
		Members of the high energy theory group are also involved in cross-disciplinary research, applying field theoretic techniques to a variety of problems, including turbulent flow, dissipative quantum systems, and the quantum Hall effect, to name a few.
		My specialty is string theory, which is a branch of high energy physics that incorporates both quantum mechanics and gravity in one unified framework.
	pupgg.princeton.edu /www/jh/research/he_theory.htmlx (357 words)

	Rutgers Physics: Experimental High Energy Physics
		Our current understanding is that everything in the universe is built up from fundamental particles called quarks and leptons, which interact via the exchange of field particles such as the photon (responsible for the electromagnetic force), the Weak Bosons, W and Z (the weak nuclear force), and the gluon (the strong nuclear force).
		HiRes The High Resolution Fly's Eye Cosmic Ray Detector is an atmospheric fluorescence detector that observes high energy particle interactions in the upper atmosphere.
		TALE The Telescope Array and TA Low-Energy Extension will be a hybrid ultrahigh energy cosmic-ray detector composed of both atmospheric fluorescence detectors and a ground array of scintillation counters.
	www.physics.rutgers.edu /hex (428 words)

	High Energy Physics (Site not responding. Last check: 2007-10-26)
		The HEP group operates a 520 square foot clean room with probe station and wire bonder for silicon detector test and fabrication.
		High energy physicists search for and study the indivisible constituents of matter.
		High energy physicists thus create in the laboratory conditions similar to those existing at the beginning of time.
	www.phys.ksu.edu /research/index_nof4.html (872 words)

	High Energy Physics
		The High Energy Physics group consists of five faculty experimentalists (one emeritus), and three faculty theoreticians, several postdoctoral research fellows, and a number of graduate students.
		The goals of the experimental high energy physics group are to search for new physics and to explore the predictions of the Standard Model to unprecedented accuracy.
		The Tevatron, which produces the highest energy particle collisions in the world, is an excellent instrument for testing the predictions of the Standard Model of elementary particles and fields and to look for experimental deviations from those predictions.
	www.nhn.ou.edu /~kieran/bro/lframe6/node11.html (2553 words)

	Experimental High-Energy Physics
		Due to the large fiducial volume and high sensitivity to minute energy depositions which generate sequences of single photoelectrons in the phototubes, flux limits for Grand Unified Theory magnetic monopoles and for new particles predicted by superstring and supersymmetric theories are expected to greatly exceed any similar search to date.
		Conservation of energy in classical physics is expanded in quantum mechanics to allow for the production of evanescent "virtual" particles, which appear and disappear too quickly to allow for their direct measurement.
		The Boston University Colliding Beams Group is participating in experiments to study the electroweak and strong interactions by examining the collisions of high energy electrons and their antiparticles (positrons).
	buphy.bu.edu /bu/ExHepPhy.html (1375 words)

	Department of Energy - High Energy Physics
		This program will provide world-class, peer-reviewed research results in high energy physics and related fields, including particle astrophysics and cosmology, executing a long-range strategy for high energy physics research and technology.
		The study of high energy physics, also known as particle physics, grew out of nuclear and cosmic ray physics in the 1950’s, and measured the properties and interactions of fundamental particles at the highest energies (millions of electron-volts) then available with a relatively new technology, particle accelerators.
		The science has advanced with the technology to study ever-higher energies and very rare phenomena that probe the smallest dimensions we can see and tell us about the very early history of our universe.
	www.energy.gov /sciencetech/highenergyphysics.htm (248 words)

	Experimental High Energy Physics
		The High Energy Physics group at the University of Chicago include members of the Department of Physics who are active in several collider-based experiments designed to probe the fundamental constituents of matter at the highest achievable energy scales.
		At Chicago, we are preparing the detector's hadron calorimeter, which measures the energies and trajectories of quarks and gluons produced in the high energy collisons.
		The core of the new experiment is an array of 3100 CsI crystals to precisely measure the energies of high energy gammas from kaon decays.
	physics.uchicago.edu /x_part.html (3782 words)

	Caltech High Energy Physics Home Page
		This page provides information on Caltech HEP, Caltech, HEP Resources, and other WWW resources for the Caltech HEP community.
		HEP experiments with links to their home pages (listed @ SLAC)
		HEPIC, a place where you can find virtually everything on HEP.
	www.cithep.caltech.edu (153 words)

	High Energy Physics
		High Energy Physics deals with the nature of the fundamental constituents of matter and their interactions.
		Consequently, experimental activity focuses on the use of high-energy accelerators to reach extreme conditions, and theoretical approaches lead to frontiers of modern mathematics in attempts to crystalize and unify understanding.
		The Department has a long and distinguished history of research in the field of High Energy Physics, which continues to the present.
	spider.pas.rochester.edu /mainFrame/research/hep.html (364 words)

	Introduction to HEP
		Compared to natural processes on earth, like the creation of a lightning or the energy released in a nuclear decay, the energy per particle is many magnitudes higher.
		A basic experimental fact in HEP is, that every particle has a `mirror counterpart', called the anti-particle.
		In a reaction of a particle and anti-particle both are annihilated and all energy is available to create new particles.
	www-physics.mps.ohio-state.edu /~cleo/hep/root.html (515 words)

	FermiNews
		This page is a list of acronyms of high-energy physics Laboratories and Accelerators and Detectors and Experiments and Other institutions.
		FNAL: The Department of Energy's Fermi National Accelerator Laboratory in Batavia, Illinois.
		Funds university physics research, physics experiments and projects, and an HEP lab at Cornell University.
	www.fnal.gov /pub/ferminews/ahep.html (1196 words)

	Experimental High Energy Physics (Site not responding. Last check: 2007-10-26)
		The high energy research group is an active member a national collaboration of 22 institutions and more than 200 physicists called "CLEO." This group is studying electron-positron collisions in the center-of-mass region around 10 GeV at the Cornell Electron Storage Ring (CESR) which is about a three hour drive from Albany.
		CESR is one of the leading centers for the study of particles with charm and beauty.
		This is relevant for studying CP violation and other kinds of physics in a symmetric B-meson factory such as CESR.
	www.albany.edu /physics/html/research/hepex.html (493 words)

	High Energy Group- Home Page (Site not responding. Last check: 2007-10-26)
		The High Energy Physics Group is a subject group in the Nuclear and Particle Physics Division of the Institute.
		We aim to stimulate interest, and advance progress in the study of particle physics.
		The 2004-2005 HEP Group Prize was won by Nick Jelly of the University of Oxford.
	groups.iop.org /HE (141 words)

	Open Directory - Science: Physics: Particle (Site not responding. Last check: 2007-10-26)
		High Energy Physics Information Center (HEPIC) - Comprehensive lists of HEP information: events (conferences, workshops), employment opportunities, experiments, labs, phone numbers, references.
		The Workshop will be devoted to the physics of charm, beauty and CP violation, with special emphasys on the new B-factories and related experimental projects.
		An Introduction to Particle Physics - This site is meant to give the reader a brief introduction into the fascinating world of particle physics.
	dmoz.org /Science/Physics/Particle (483 words)

	The Office of High Energy Physics (Site not responding. Last check: 2007-10-26)
		The Office of High Energy Physics (OHEP) provides policy, overall planning and funding of U.S. research in High Energy Physics (also called Particle Physics).
		High Energy Physics (HEP) is the Science of Fundamental Matter, Energy, Space and Time.
		There is a wealth of information about the Science of High Energy Physics at these sites.
	www.science.doe.gov /hep/index.shtm (87 words)

	DOE Office of Science - Homepage
		Today, Laboratory scientists are actively involved in innovative research, science education programs, the development of applied technologies, and the quick transfer of such technologies to industry.
		The Laboratory, which is managed by Iowa State for the U.S. Department of Energy's Office of Science, conducts research in various areas of national concern, including the synthesis and study of new materials, energy resources, high-speed computer design, and environmental cleanup and restoration.
		The Office of Scientific and Technical Information delivers Department of Energy research results
	www.er.doe.gov (376 words)

	High Energy Physics (Site not responding. Last check: 2007-10-26)
		One such fundamental problem is the question whether perturbatively weakly coupled theories become strongly interacting at high energies and multiplicities.
		Perturbative approaches are used to study the phenomenology of the Higgs boson (mass bounds), the scheme dependence of electroweak calculations, and ambiguities of the perturbative treatment of unstable particles.
		The High-Energy Experimental physics group—J. Boudreau, W. Cleland, E. Engels, D. Naples, V. Paolone, and P. Shepard—performs its experiments at accelerators located at Fermi National Acclerator Laboratory (Fermilab) in Illinois, Brookhaven National Laboratory in New York, the European high-energy laboratory in Switzerland (CERN), and the Russian high-energy laboratory at Novosibirsk.
	www.phyast.pitt.edu /grad/gradb/14.htm (756 words)

	Office of Science - High Energy Physics
		The mission of the High Energy Physics (HEP) program is to explore and to
		This article is copyright American Institute of Physics and may be downloaded for personal use only.
		Any other use requires prior permission of the author and the American Institute of Physics.
	www.sc.doe.gov /feature/HEP.htm (151 words)

	Duke Physics Course PHY 308
		Physics 308 - Introduction to High Energy Physics
		The course presents an overview of elementary particle (high energy)physics.
		This course is designed to give a broad overview of elementary particle physics.
	www.phy.duke.edu /courses/308/Synopsis.html (106 words)

	Experimental Particle Physics (Site not responding. Last check: 2007-10-26)
		There are also summaries of our experience with Linux at Queen Mary and Westfield and Manchester.
		HEPpc is hosted by the QMW College HEP group.
		Some users of Linux in HEP, Nuclear Physics, and in science in general.
	hepwww.ph.qmul.ac.uk /HEPpc (281 words)

	DAMTP HEP Group Home Page
		Seminars, lectures and other events of interest to the particle physics community in Cambridge.
		A description of High Energy Particle Physics for the non-specialist, with information for prospective students.
		HEP Group computing facilites, and links to other useful computing resorces on the WWW.
	www.damtp.cam.ac.uk /user/hep (115 words)

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