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Beyond the Standard Model Phenomenology

Beyond the Standard Model Phenomenology. DOE Review 2005  Progress Report. Shufang Su • U. of Arizona. Research and Collaborations. -. superWIMP Dark Matter J. Feng (UC Irvine), F. Takayama (Cornell) SuperWIMP Cosmology and Collider Physics

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Beyond the Standard Model Phenomenology

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  1. Beyond the Standard Model Phenomenology DOE Review 2005  Progress Report Shufang Su • U. of Arizona

  2. Research and Collaborations - • superWIMP Dark Matter J. Feng (UC Irvine), F. Takayama (Cornell) • SuperWIMP Cosmology and Collider Physics Jonathan L. Feng, Arvind Rajaraman, Bryan T. Smith, Shufang Su, Fumihiro Takayama, hep-ph/0410178. • SuperWIMP Dark Matter in Supergravity with a Gravitino Jonathan L. Feng, Shufang Su, Fumihiro Takayama, hep-ph/0410119. • Supergravity with a Gravitino LSP Jonathan L. Feng, Shufang Su, Fumihiro Takayama, Phys.Rev. D70 (2004) 075019. • SuperWIMP Gravitino Dark Matter from Slepton and Sneutrino Decays Jonathan L. Feng, Shufang Su, Fumihiro Takayama, Phys.Rev. D70 (2004) 063514. DOE Review, 2005

  3. Research and Collaborations - • Dark Matter Production at Colliders J. Feng (UC Irvine), F. Takayama (Cornell) • Minimum Rates for Dark Matter Production at the Large Hadron Collider and International Linear Collider Jonathan L. Feng, Shufang Su, Fumihiro Takayama, hep-ph/0503117. • Model Independent Dark Matter Production at Colliders Jonathan L. Feng, Shufang Su, Fumihiro Takayama, in preparation. • Propagation of High Energy Charged Slepton M. H. Reno (U. IOWA), I. Sarcevic (UA) • Propagation of supersymmetric charged sleptons at high energies Mary H. Reno, Ina. Sarcevic, Shufang Su, Astropart.Phys. 24 (2005) 107. DOE Review, 2005

  4. Research and Collaborations - • Low Energy Precision SUSY A. Kurylov, M. Ramsey-Musolf, Sean Tulin (Caltech) • Charged Current Universality Problem and NuTeV Anomaly: IS SUSY to Blame? Andriy Kurylov, Michael Ramsey-Musolf, Shufang Su, AIP Conf.Proc.698 (2004) 188. • Probing Supersymmetry with Neutral Current Scattering Experiments Andriy Kurylov, Michael Ramsey-Musolf, Shufang Su, AIP Conf.Proc.698 (2004) 168. • SUSY Effects in Pion Decay Michael Ramsey-Musolf, Shufang Su, Sean Tulin, in preparation. • Low Energy Precision Supersymmetry (Physics Report Review Paper) Michael Ramsey-Musolf, Shufang Su, in preparation. DOE Review, 2005

  5. Research and Collaborations - • MSSM Contribution to Precision Observables M. Ramsey-Musolf, Sean Tulin (Caltech) • MSSM Contribution to Precision Observables Michael Ramsey-Musolf, Shufang Su, Sean Tulin, in preparation. • Precision Study of SUGRA, GMSB and AMSB S. Heinemeyer (CERN), G. Weiglein (IPPP, Durham) • Distinguish SUSY Breaking Scenario in Precision Studies Sven Heinemeyer, Shufang Su, Georg Weiglein, in preparation. DOE Review, 2005

  6. Research and Collaborations - • Phenomenology of Warped SUSY GUT Model C.W. Chiang (NCU), T. Han (U. Wisconsin), L.T. Wang (Harvard) • Phenomenology of Warped SUSY GUT Model Chenwei Chiang, Tao Han, Shufang Su, Liantao Wang, in preparation. • Collider Study of Twin Higgs Model H.S. Goh (UA) • Collider Phenomenology of Twin Higgs Model Hock-Seng Goh, Shufang Su, in preparation. DOE Review, 2005

  7. Students and Postdoc - • Students • Ethan Dolle (3rd year) • Xinyu Miao (2nd year) • Postdoc • Hock-Seng Goh (2nd year) DOE Review, 2005

  8. Activities - • Invited talk at Aspen winter conference • Gravitino dark matter “The Highest Energy Physics”, February, 2005, Aspen, CO. • 2005 international linear collider workshop • Minimum rates for dark matter production at colliders March, 2005, Stanford, CA. • Seminar at Ohio State University • SuperWIMP dark matterMarch, 2005, Columbus, OH. • Pheno 2005 • Propagation of high energy slepton May, 2005, Madison, WI. • Colloquium at University of Wisconsin, Madison • Dark Matter May, 2005, Madison, WI. DOE Review, 2005

  9. Activities - • Aspen summer workshop • Higgs searches at colliders July, 2005, Aspen, CO. • SUSY 2005 • Minimum rate for dark matter production at colliders “The Millennium Window to particle Physics”, July, 2005, Durham, England. • Invited lecture at Summer Institute 2005 • Dark Matters: WIMP and beyondAugust, 2005, Fujiyoshida, Japan. • Seminar at Yukawa Institute of Theoretical Physics • SuperWIMP dark matter August, 2005, Kyoto, Japan. • Invited lecture at CCAST workshop • Dark matter and collider physics “LHC and Dark Matter”, Dec, 2005, Beijing, China. DOE Review, 2005

  10. Future Plans - • LHC related physics • LHC theory west coast network: theorists to interact with experiments, share expertise and skills 1st meeting: February 3, 2006, Berkeley, CA. • Communicate (more) with our exp neighbour (LHC, ALTAS) • Train students to work on LHC physics perturbative QCD simulation tools for new physics and SM background experimental physics observables/ capabilities … • New physics phenomenology / distinguish various new physics DOE Review, 2005

  11. Future Plans - • Collider studies of dark matter property To identify the nature of dark matter, it is crucial to verify that it provides the right amount of relic density X. Measure particle masses and couplings at colliders, which could determine the relic density (at high precision) Parts per mille agreement in X discovery of dark matter Crucial to study how well we can determine X at colliders DOE Review, 2005

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