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Planning the Future of U.S. Particle Physics (Snowmass 2013): Chapter 8: Instrumentation Frontier

(2014)

Authors:

M Demarteau, R Lipton, H Nicholson, I Shipsey, D Akerib, A Albayrak-Yetkin, J Alexander, J Anderson, M Artuso, D Asner, R Ball, M Battaglia, C Bebek, J Beene, Y Benhammou, E Bentefour, M Bergevin, A Bernstein, B Bilki, E Blucher, G Bolla, D Bortoletto, N Bowden, G Brooijmans, K Byrum, B Cabrera, G Cancelo, J Carlstrom, B Casey, C Chang, J Chapman, CH Chen, I Childres, D Christian, M Convery, WCJ Corso, J Cumalat, P Cushman, CD Via, S Dazeley, P Debbins, G Deptuch, S Dhawan, VD Benedetto, B DiGiovene, Z Djurcic, S Dye, A Elagin, J Estrada, H Evans, E Etzion, J Fast, C Ferretti, P Fisher, B Fleming, K Francis, P Friedman, H Frisch, M Garcia-Sciveres, C Gatto, G Geronim, G Gilchriese, S Golwala, C Grant, A Grillo, E Grünendahl, P Gorham, L Guan, G Gutierrez, C Haber, J Hall, G Haller, C Hast, U Heintz, T Hemmick, DG Hitlin, C Hogan, M Hohlmann, E Hoppe, L Hsu, M Huffer, K Irwin, F Izraelevitch, G Jennings, M Johnson, A Jung, H Kagan, C Kenney, S Kettell, R Khanna, V Khristenko, F Krennrich, K Kuehn, R Kutschke, J Learned, AT Lee, D Levin, T Liu, ATK Liu, D Lissauer, J Love, D Lynn, D MacFarlane, S Magill, S Majewski, J Mans, J Maricic, P Marleau, A Mazzacane, D McKinsey, J Mehl, A Mestvirisvilli, S Meyer, N Mokhov, M Moshe, A Mukherjee, P Murat, S Nahn, M Narain, P Nadel-Turonski, M Newcomer, K Nishimura, D Nygren, E Oberla, Y Onel, M Oreglia, J Orrell, J Paley, A Para, S Parker, V Polychronakos, S Pordes, P Privitera, A Prosser, M Pyle, J Raaf, E Ramberg, R Rameika, B Rebel, J Repond, D Reyna, L Ristori, R Rivera, A Ronzhin, R Rusack, J Russ, A Ryd, H Sadrozinski, H Sahoo, MC Sanchez, C Sanzeni, S Schnetzer, S Seidel, A Seiden, I Schmidt, A Shenai, T Shutt, Y Silver, W Smith, D Snowden-Ifft, A Sonnenschein, D Southwick, L Spiegel, M Stanitzki, S Striganov, D Su, R Sumner, R Svoboda, M Sweany, R Talaga, R Tayloe, S Tentindo, N Terentiev, J Thom-Levy, C Thorn, J Tiffenberg, W Trischuk, R Tschirhart, M Turner, D Underwood, L Uplegger, J Urheim, M Vagins, KV Bibber, G Varner, R Varner, J Va'vra, HVD Lippe, R Wagner, S Wagner, C Weaverdyck, H Wenzel, A Weinstein, M Wetstein, A White, R Wigman, P Wilson, D Winn, P Winter, C Woody, L Xia, JQ Xie, Z Ye, MF Yeh, T Yetkin, JH Yoo, J Yu, JM Yu, S Zeller, JL Zhang, JJ Zhu, B Zhou, RY Zhu, B Zitzer

Abstract:

These reports present the results of the 2013 Community Summer Study of the APS Division of Particles and Fields ("Snowmass 2013") on the future program of particle physics in the U.S. Chapter 8, on the Instrumentation Frontier, discusses the instrumentation needs of future experiments in the Energy, Intensity, and Cosmic Frontiers, promising new technologies for particle physics research, and issues of gathering resources for long-term research in this area.
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Planning the Future of U.S. Particle Physics (Snowmass 2013): Chapter 1: Summary

ArXiv 1401.6075 (2014)

Authors:

JL Rosner, M Bardeen, W Barletta, LAT Bauerdick, RH Bernstein, R Brock, D Cronin-Hennessy, M Demarteau, M Dine, JL Feng, M Gilchriese, S Gottlieb, N Graf, N Hadley, JL Hewett, R Lipton, P McBride, H Nicholson, ME Peskin, P Ramond, S Ritz, I Shipsey, N Varelas, H Weerts, K Yurkewicz

Abstract:

These reports present the results of the 2013 Community Summer Study of the APS Division of Particles and Fields ("Snowmass 2013") on the future program of particle physics in the U.S. Chapter 1 contains the Executive Summary and the summaries of the reports of the nine working groups.
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Planning the Future of U.S. Particle Physics (Snowmass 2013): Chapter 8: Instrumentation Frontier

ArXiv 1401.6116 (2014)

Authors:

M Demarteau, R Lipton, H Nicholson, I Shipsey, D Akerib, A Albayrak-Yetkin, J Alexander, J Anderson, M Artuso, D Asner, R Ball, M Battaglia, C Bebek, J Beene, Y Benhammou, E Bentefour, M Bergevin, A Bernstein, B Bilki, E Blucher, G Bolla, D Bortoletto, N Bowden, G Brooijmans, K Byrum, B Cabrera, G Cancelo, J Carlstrom, B Casey, C Chang, J Chapman, CH Chen, I Childres, D Christian, M Convery, W Cooper J Corso, J Cumalat, P Cushman, C Da Via, S Dazeley, P Debbins, G Deptuch, S Dhawan, V Di Benedetto, B DiGiovene, Z Djurcic, S Dye, A Elagin, J Estrada, H Evans, E Etzion, J Fast, C Ferretti, P Fisher, B Fleming, K Francis, P Friedman, H Frisch, M Garcia-Sciveres, C Gatto, G Geronim, G Gilchriese, S Golwala, C Grant, A Grillo, E Grünendahl, P Gorham, L Guan, G Gutierrez, C Haber, J Hall, G Haller, C Hast, U Heintz, T Hemmick, DG Hitlin, C Hogan, M Hohlmann, E Hoppe, L Hsu, M Huffer, K Irwin, F Izraelevitch, G Jennings, M Johnson, A Jung, H Kagan, C Kenney, S Kettell, R Khanna, V Khristenko, F Krennrich, K Kuehn, R Kutschke, J Learned, AT Lee, D Levin, T Liu, ATK Liu, D Lissauer, J Love, D Lynn, D MacFarlane, S Magill, S Majewski, J Mans, J Maricic, P Marleau, A Mazzacane, D McKinsey, J Mehl, A Mestvirisvilli, S Meyer, N Mokhov, M Moshe, A Mukherjee, P Murat, S Nahn, M Narain, P Nadel-Turonski, M Newcomer, K Nishimura, D Nygren, E Oberla, Y Onel, M Oreglia, J Orrell, J Paley, A Para, S Parker, V Polychronakos, S Pordes, P Privitera, A Prosser, M Pyle, J Raaf, E Ramberg, R Rameika, B Rebel, J Repond, D Reyna, L Ristori, R Rivera, A Ronzhin, R Rusack, J Russ, A Ryd, H Sadrozinski, H Sahoo, MC Sanchez, C Sanzeni, S Schnetzer, S Seidel, A Seiden, I Schmidt, A Shenai, T Shutt, Y Silver, W Smith, D Snowden-Ifft, A Sonnenschein, D Southwick, L Spiegel, M Stanitzki, S Striganov, D Su, R Sumner, R Svoboda, M Sweany, R Talaga, R Tayloe, S Tentindo, N Terentiev, J Thom-Levy, C Thorn, J Tiffenberg, W Trischuk, R Tschirhart, M Turner, D Underwood, L Uplegger, J Urheim, M Vagins, K Van Bibber, G Varner, R Varner, J Va'vra, H Von der Lippe, R Wagner, S Wagner, C Weaverdyck, H Wenzel, A Weinstein, M Wetstein, A White, R Wigman, P Wilson, D Winn, P Winter, C Woody, L Xia, JQ Xie, Z Ye, MF Yeh, T Yetkin, JH Yoo, J Yu, JM Yu, S Zeller, JL Zhang, JJ Zhu, B Zhou, RY Zhu, B Zitzer

Abstract:

These reports present the results of the 2013 Community Summer Study of the APS Division of Particles and Fields ("Snowmass 2013") on the future program of particle physics in the U.S. Chapter 8, on the Instrumentation Frontier, discusses the instrumentation needs of future experiments in the Energy, Intensity, and Cosmic Frontiers, promising new technologies for particle physics research, and issues of gathering resources for long-term research in this area.
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Search for the standard model Higgs boson produced in association with a W or a Z boson and decaying to bottom quarks

Physical Review D - Particles, Fields, Gravitation and Cosmology 89:1 (2014)

Authors:

S Chatrchyan, V Khachatryan, AM Sirunyan, A Tumasyan, W Adam, T Bergauer, M Dragicevic, J Erö, C Fabjan, M Friedl, R Frühwirth, VM Ghete, N Hörmann, J Hrubec, M Jeitler, W Kiesenhofer, V Knünz, M Krammer, I Krätschmer, D Liko, I Mikulec, D Rabady, B Rahbaran, C Rohringer, H Rohringer, R Schöfbeck, J Strauss, A Taurok, W Treberer-Treberspurg, W Waltenberger, CE Wulz, V Mossolov, N Shumeiko, J Suarez Gonzalez, S Alderweireldt, M Bansal, S Bansal, T Cornelis, EA De Wolf, X Janssen, A Knutsson, S Luyckx, L Mucibello, S Ochesanu, B Roland, R Rougny, Z Staykova, H Van Haevermaet, P Van Mechelen, N Van Remortel, A Van Spilbeeck, F Blekman, S Blyweert, J D'Hondt, N Heracleous, A Kalogeropoulos, J Keaveney, S Lowette, M Maes, A Olbrechts, S Tavernier, W Van Doninck, P Van Mulders, GP Van Onsem, I Villella, C Caillol, B Clerbaux, G De Lentdecker, L Favart, APR Gay, T Hreus, A Léonard, PE Marage, A Mohammadi, L Perniè, T Reis, T Seva, L Thomas, C Vander Velde, P Vanlaer, J Wang, V Adler, K Beernaert, L Benucci, A Cimmino, S Costantini, S Dildick, G Garcia, B Klein, J Lellouch, A Marinov, J McCartin, AA Ocampo Rios, D Ryckbosch, M Sigamani, N Strobbe, F Thyssen, M Tytgat, S Walsh, E Yazgan

Abstract:

A search for the standard model Higgs boson (H) decaying to bb̄ when produced in association with a weak vector boson (V) is reported for the following channels: W(μν)H, W(eν)H, W(τν)H, Z(μμ)H, Z(ee)H, and Z(νν)H. The search is performed in data samples corresponding to integrated luminosities of up to 5.1 inverse femtobarns at √s=7 TeV and up to 18.9 fb-1 at √s=8 TeV, recorded by the CMS experiment at the LHC. An excess of events is observed above the expected background with a local significance of 2.1 standard deviations for a Higgs boson mass of 125 GeV, consistent with the expectation from the production of the standard model Higgs boson. The signal strength corresponding to this excess, relative to that of the standard model Higgs boson, is 1.0±0.5. © 2014 CERN. Published by the American Physical Society under the terms of the Creative Commons Attribution 3.0 License. Further distribution of this work must maintain attribution to the author(s) and the published article's title, journal citation, and DOI.
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Evidence for the 125 GeV Higgs boson decaying to a pair of tau leptons

ArXiv 1401.5041 (2014)
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