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  • University of Illinois Nuclear Physics
    the New Standard Model Defining the parameters of the Standard Model is a high priority of both particle and nuclear physicists Important advances come from efforts to produce directly new particles at colliders and alternatively from precision low energy measurements which test the predictions of the theory or which measure the input parameters We carry out our experimental program at several national and international laboratories For more information please explore

    Original URL path: http://www.npl.illinois.edu/ (2013-04-29)
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  • Nuclear Physics Research
    polarization transfer to the recoil proton at a single kinematic point Together these measurements test models of the reaction mechanism and determine new structure functions of the proton that are related to the same nonforward parton densities that determine the elastic electron scattering form factors and the parton densities ref nPOL MAX lab Lund Sweden Alan Nathan We are attempting to measure the electromagnetic polarizabilities of the neutron by deuteron elastic Compton scattering By covering a wide range of angles and energies we will reduce the model dependence while still having a smaller statistical uncertainty than previous measurements Recent theoretical developments in accounting for meson exchange currents inside the deuteron and improvement of the Baldin sum rule should provide us with the ability to accurately determine the electric and magnetic polarizabilities JLab Transversity Jefferson Lab Newport News VA Jen Chieh Peng co spokesperson of E 06 010 The goal of the JLab Transversity experiment is to provide the first measurement of the neutron transverse target single spin asymmetry SSA complementary to the recent HERMES and COMPASS measurements on the proton and deuteron SSA data on transversely polarized neutrons will provide crucial new information on the flavor dependence of various structure and fragmentation functions probed by the SSA experiments This first measurement focuses on the valence quark region Data from this experiment when combined with the world proton and deuteron data will provide powerful constraints on the transversity distributions and Sivers function for both u quark and d quark in the valence region ref EXO Enriched Xenon Observatory Waste Isolation Pilot Plant WIPP Carlsbad NM Doug Beck Liang Yang Recent observations of tiny neutrino masses in solar atmospheric and reactor neutrino data raised several intriguing questions Why are neutrinos so much lighter than the other particles What is the absolute scale of the neutrino mass spectrum And is the neutrino its own anti particle i e a Majorana particle These questions are best addressed by searching for neutrinoless double beta decay an exotic nuclear process which can shed light on both the absolute scale of the neutrino mass spectrum and on the underlying mechanism responsible for the tiny masses that we observe in nature The Enriched Xenon Observatory EXO is an experimental program designed to search for the neutrinoless double beta decay of Xe 136 The current phase of the experiment EXO 200 uses 200 kg of liquid xenon with 80 enrichment in Xe 136 and also serves as a prototype for a proposed tonne scale experiment named nEXO The detector began taking low background physics data with enriched xenon at Waste Isolation Pilot Plant WIPP in New Mexico in early May 2011 Since then the collaboration has reported the first observation of the two neutrino double beta decay in 136 Xe and a neutrinoless double beta decay search result which sets the most stringent limit on the effective Majorana masses 140 380 meV depending on the matrix element calculation At UIUC we are working on EXO 200 electronics upgrade EXO

    Original URL path: http://www.npl.illinois.edu/research/index.htm (2013-04-29)
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  • University of Illinois Nuclear Physics
    NPL 333 6220 thorslan PDRAs group in CHOI IhnJea PHENIX BNL ijchoi DIEFENTHALER Markus E906 SeaQuest Fermi mdiefent GIORDANO Francesca PHENIX BNL fgiord TARKA Michal EXO 479 LLP mtarka CIVIL SERVICE BLACKBURN John 223 NPL 333 1496 jblackbu SUCHOR Mike 426A LLP 333 3190 msuchor GRAD STUDENTS advisor in BASU THAKUR Ritoban Beck Fermilab basutha1 DANNOWITZ Bryan Makins 481 LLP dannowi1 ELY Seth Ryland Peng 475 LLP sethely2 HUANG En Chuan ehuang7 JOOSTEN Sylvester Makins 481 LLP joosten2 JUMPER Daniel Perdekamp 481 LLP jumper1 KERNS Bryan Makins Fermilab bkerns2 LEITGAB Martin Perdekamp BNL leitgabm LI Yang Yang 479 LLP yangli12 McCLELLAN Evan Peng 481 LLP mcclell5 McKINNEY Cameron Perdekamp 432 LLP cmckinn4 MONTUENGA Pedro Perdekamp 481 LLP montuen2 RAO Thomas Beck 479 LLP tmrao2 SHARMA Sarvagya Beck 479 LLP ssharm18 WALTON Josiah Yang 479 LLP walton11 WOLIN Scott Perdekamp BNL swolin2 UNDERGRADS advisor in ARENZ Casandra Thorsland BI Ran Perdekamp ranbi1 BRITTO Vivek Perdekamp britto1 CANDOXIA Max Perdekamp candoci1 COON Matthew Yang mrcoon2 GALEAS Luis Beck galeas1 HUANG Jiyuan Yang LI Hao Yang haoli3 LIN Xin Yang LIN Ying Ting Yang lin194 McNAMEE Kevin Thorsland kmcname2 NG Yin Yee Beck ykng2 SACHDEVA Natasha Beck sachdev3 SANTUCCI Robert Beck santucc4 SELEWA Alan Yang selewa1 Unless otherwise stated the ending of each e mail address is illinois edu The U S postal mailing address for Physics faculty and staff is University of Illinois Department of Physics 1110 West Green Street Urbana IL 61801 3080 USA The shipping address for Physics faculty and staff is University of Illinois 190W MRL 104 South Goodwin Avenue Urbana IL 61801 USA The campus mail code needed for intra University mail only is MC 704 It is not necessary to use office room numbers for either U S or campus mail Medium Energy Group Other Lab Phone

    Original URL path: http://www.npl.illinois.edu/phone-directory.htm (2013-04-29)
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  • University of Illinois Nuclear Physics
    225 12 30 pm Peng 575 Yang 211 Yang 211 Peng 575 Makins 225 1 00 pm Peng 575 Yang OH Peng 575 Makins 225 Makins 225 1 30 pm Peng 575 Yang OH Peng 575 Makins 225 Makins 225 2 00 pm Makins OH Perdekamp 280 Perdekamp 280 Makins 225 Makins 225 2 30 pm Makins OH Perdekamp 280 Perdekamp 280 Makins 225 Makins 225 3 00 pm Makins

    Original URL path: http://www.npl.illinois.edu/availability-schedule.html (2013-04-29)
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  • Nuclear Physics Graduate Programs
    in particular that this Department s programs are designed to accommodate students from a wide variety of undergraduate disciplines Financial aid for graduate students is available in the form of scholarships fellowships teaching assistantships research assistantships and traineeships The Main Physics Graduate Education Page Requirements for a Nuclear Physics Ph D Faculty Research Interests The information provided in this document is by no means complete For more information about the Graduate College or life in Champaign Urbana as a graduate student investigate the links above To request further information about graduate programs in nuclear physics to learn specifics about admission financial aid or to plan a campus visit for admitted students or other items write or call Graduate Programs Office 227 Loomis Laboratory of Physics University of Illinois 1110 W Green Street Urbana IL 61801 Phone 217 333 3645 The University of Illinois admits students of any race color sex religion or national or ethnic origin to all rights privileges programs and activities generally accorded or made available to students at the Univerity It does not discriminate against individuals on the basis of race color sex sexual orientation religion handicap age or national or ethnic origin in the administration of

    Original URL path: http://www.npl.illinois.edu/grad/index.htm (2013-04-29)
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  • Nuclear Physics Online Forms
    Job Listings Forms Travel Approval Form pdf Visitor Reimbursement Form pdf Employee Reimbursement Form pdf Equipment Loan Form pdf Equipment Loan Form Word Form Equipment Loan Form Other Institutions pdf Equipment Loan Form Other Institutions Word Form UPS Shipout Form pdf If you have questions about this page please contact us Links to external sites are provided as a convenience to our users The Department of Physics does not control

    Original URL path: https://www.npl.illinois.edu/Forms/forms-index.htm (2013-04-29)
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  • Nuclear Physics Sack Lunch Series
    Graduate Study Online Forms Seminars Computing FTP Site Job Listings Bag Lunch Schedule No Lunches scheduled for Spring 13 Below is the schedule for our weekly Bag Lunch Series Date Speaker If you have questions about this page please contact us Links to external sites are provided as a convenience to our users The Department of Physics does not control or endorse the content of external sites U of I

    Original URL path: http://www.npl.illinois.edu/sacklunchseries/index.htm (2013-04-29)
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  • Nuclear Physics Seminar Schedule
    Schedule Spring 2012 Mondays at 1 00 pm 464 Loomis Organized by Douglas H Beck Suggestions for speakers welcome Directions and Maps Click on the Event Title to see the Physics Event Detail page Click on the speaker s name to view and or sign up on their schedule page If you have questions about this page please contact us Links to external sites are provided as a convenience to

    Original URL path: http://www.npl.illinois.edu/seminar.htm (2013-04-29)
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