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CMS Physics Technical Design Report: Addendum on High Density QCD with Heavy Ions

Journal of Physics G Nuclear and Particle Physics IOP Publishing 34:11 (2007) 2307

Authors:

The CMS Collaboration, D d'Enterria, M Ballintijn, M Bedjidian, D Hofman, O Kodolova, C Loizides, IP Lokthin, C Lourenço, C Mironov, SV Petrushanko, C Roland, G Roland, F Sikler, G Veres
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Forward-jet production in deep inelastic ep scattering at HERA

European Physical Journal C 52:3 (2007) 515-530

Authors:

S Chekanov, M Derrick, S Magill, B Musgrave, D Nicholass, J Repond, R Yoshida, MCK Mattingly, M Jechow, N Pavel, AG Yagües Molina, S Antonelli, P Antonioli, G Bari, M Basile, L Bellagamba, M Bindi, D Boscherini, A Bruni, G Bruni, L Cifarelli, F Cindolo, A Contin, M Corradi, S De Pasquale, G Iacobucci, A Margotti, R Nania, A Polini, G Sartorelli, A Zichichi, D Bartsch, I Brock, H Hartmann, E Hilger, HP Jakob, M Jüngst, OM Kind, AE Nuncio-Quiroz, E Paul, R Renner, U Samson, V Schönberg, R Shehzadi, M Wlasenko, NH Brook, GP Heath, JD Morris, M Capua, S Fazio, A Mastroberardino, M Schioppa, G Susinno, E Tassi, JY Kim, KJ Ma, ZA Ibrahim, B Kamaluddin, WAT Wan Abdullah, Y Ning, Z Ren, F Sciulli, J Chwastowski, A Eskreys, J Figiel, A Galas, M Gil, K Olkiewicz, P Stopa, L Zawiejski, L Adamczyk, T Bołd, I Grabowska-Bołd, D Kisielewska, J Łukasik, M Przybycień, L Suszycki, A Kotański, W Słomiński, V Adler, U Behrens, I Bloch, C Blohm, A Bonato, K Borras, R Ciesielski, N Coppola, A Dossanov, V Drugakov, J Fourletova, A Geiser, D Gladkov, P Göttlicher, J Grebenyuk, I Gregor, T Haas, W Hain, C Horn, A Hüttmann, B Kahle

Abstract:

Forward jet cross sections have been measured in neutral current deep inelastic scattering at low Bjorken-x with the ZEUS detector at HERA using an integrated luminosity of 81.8 pb-1. Measurements are presented for inclusive forward jets as well as for forward jets accompanied by a dijet system. The explored phase space, with jet pseudorapidity up to 4.3 is expected to be particularly sensitive to the dynamics of QCD parton evolution at low x. The measurements are compared to fixed-order QCD calculations and to leading-order parton-shower Monte Carlo models. © 2007 Springer-Verlag / Società Italiana di Fisica.
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The design and performance of the ZEUS micro vertex detector

Nuclear Instruments and Methods in Physics Research, Section A: Accelerators, Spectrometers, Detectors and Associated Equipment 581:3 (2007) 656-686

Authors:

A Polini, I Brock, S Goers, A Kappes, UF Katz, E Hilger, J Rautenberg, A Weber, A Mastroberardino, E Tassi, V Adler, LAT Bauerdick, I Bloch, T Haas, U Klein, U Koetz, G Kramberger, E Lobodzinska, R Mankel, J Ng, D Notz, MC Petrucci, B Surrow, G Watt, C Youngman, W Zeuner, C Coldewey, R Heller, E Gallo, T Carli, V Chiochia, D Dannheim, E Fretwurst, A Garfagnini, R Klanner, B Koppitz, J Martens, M Milite, K Tokushuku, I Redondo, H Boterenbrood, E Koffeman, P Kooijman, E Maddox, H Tiecke, M Vazquez, J Velthuis, L Wiggers, RCE Devenish, M Dawson, J Ferrando, G Grzelak, K Korcsak-Gorzo, T Matsushita, K Oliver, P Shield, R Walczak, A Bertolin, E Borsato, R Carlin, F Dal Corso, A Longhin, M Turcato, T Fusayasu, R Hori, T Kohno, S Shimizu, HE Larsen, R Sacchi, A Staiano, M Arneodo, M Ruspa, J Butterworth, C Gwenlan, J Fraser, D Hayes, M Hayes, J Lane, D Nicholass, G Nixon, M Postranecky, M Sutton, M Warren

Abstract:

In order to extend the tracking acceptance, to improve the primary and secondary vertex reconstruction and thus enhancing the tagging capabilities for short lived particles, the ZEUS experiment at the HERA Collider at DESY installed a silicon strip vertex detector. The barrel part of the detector is a 63 cm long cylinder with silicon sensors arranged around an elliptical beampipe. The forward part consists of four circular shaped disks. In total just over 200k channels are read out using 2.9 m2 of silicon. In this report a detailed overview of the design and construction of the detector is given and the performance of the completed system is reviewed. © 2007 Elsevier B.V. All rights reserved.
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CRESST - status and future

NUCL PHYS B-PROC SUP 173 (2007) 104-107

Authors:

H Kraus, G Angloher, M Bauer, I Bavykina, C Bucci, P Christ, C Ciemniak, C Cozzini, C Coppi, F von Feilitzsch, D Hauff, S Henry, J Imber, C Isaila, T Jagemann, J Jochum, JC Lanfranchi, R Lang, B Majorovits, M Malek, R McGowan, V Mikhailik, J Ninkovic, E Pantic, F Petricca, S Pfister, W Potzel, F Probst, Y Ramachers, W Rau, M Razeti, K Rottler, S Scholl, W Seidel, M Stark, L Stodolsky, A Tolhurst, W Westphal, H Wulandari

Abstract:

We present results on WIMP dark matter interaction, obtained using cryogenic phonon-scintillation detectors. The targets are CaWO4 scintillating crystals with phonon sensors, while scintillation is detected with an associated cryogenic light detector. The combination of phonon and light signals leads to a strong suppression of nonnuclear recoil backgrounds. Results obtained before the upgrade of CRESST are presented and a status report on the upgrade itself is given.
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EURECA - the European future of dark matter searches with cryogenic detectors

NUCL PHYS B-PROC SUP 173 (2007) 168-171

Authors:

H Kraus, M Bauer, I Bavykina, A Benoit, J Blumer, A Broniatowski, V Brudanin, G Burghart, P Camus, A Chantelauze, M Chapellier, G Chardin, P Christ, C Ciemniak, C Coppi, M De Jesus, A De Lesquen, H Deschamps, P Di Stefano, L Dumoulin, K Eitel, F von Feilitzsch, M Fesquet, J Gascon, G Gerbier, C Goldbach, M Gros, D Hauff, S Henry, M Horn, J Imber, C Isaila, J Jochum, A Juillard, M Kimmerle, JC Lanfranchi, R Lemrani, A Lubashevsky, M Luca, M Malek, S Marnieros, R McGowan, V Mikhailik, XF Navick, T Niinikoski, G Nollez, E Pantic, P Pari, L Perevoshchikov, F Petricca, S Pfister, W Potzel, F Probst, W Rau, F Ritter, K Rottler, V Sanglard, S Scholl, F Schwamm, W Seidel, A Smolnikov, M Stern, M Teshima, B Tolhurst, W Westphal, P Wikus, J Wolf, E Yakushev

Abstract:

EURECA (European Underground Rare Event Calorimeter Array) is a new project, searching for dark matter, with largely the present groups of the CRESST and EDELWEISS experiments and already a few new groups. The aim is to explore scalar cross sections in the 10(-9) - 10(-10) picobarn region with a target mass of up to one tonne. A major advantage of EURECA is our planned use of more that just one target material (multi target experiment for WIMP identification). In preparation for this large-scale experiment, R&D for EURECA is provided through the current phases of CRESST and EDELWEISS.
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