Search for scalar bottom quarks from gluino decays in (p)over-barp collisions at root s=1.96 TeV RID G-1087-2011 RID E-4473-2011
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- Barnett BA
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- Bauer G
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- Behari S
- Belforte S
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- Bishai M
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- Bloom K
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- Bolla G
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- Bortoletto D
- Boudreau J
- Bourov S
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- Brau B
- Bromberg C
- Brubaker E
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- Budd S
- Burkett K
- Busetto G
- Bussey P
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- Cabrera S
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- Campbell M
- Canelli F
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- Carosi R
- Carron S
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- Chang SH
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- Clark D
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- Conway J
- Cooper B
- Copic K
- Cordelli M
- Cortiana G
- Cruz A
- Cuevas J
- Culbertson R
- Cyr D
- DaRonco S
- D'Auria S
- D'onofrio M
- Dagenhart D
- de Barbaro P
- De Cecco S
- Deisher A
- De Lentdecker G
- Dell'Orso M
- Demers S
- Demortier L
- Deng J
- Deninno M
- De Pedis D
- Derwent PF
- Dionisi C
- Dittmann JR
- DiTuro P
- Dorr C
- Dominguez A
- Donati S
- Donega M
- Dong P
- Donini J
- Dorigo T
- Dube S
- Ebina K
- Efron J
- Ehlers J
- Erbacher R
- Errede D
- Errede S
- Eusebi R
- Fang HC
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- Gibson K
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- Gold M
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- Hare M
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- Heinrich J
- Hennecke M
- Herndon M
- Heuser J
- Hidas D
- Hill CS
- Hirschbuehl D
- Hocker A
- Holloway A
- Hou S
- Houlden M
- Hsu SC
- Huffman BT
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- Huston J
- Ikado K
- Incandela J
- Introzzi G
- Iori M
- Ishizawa Y
- Ivanov A
- Iyutin B
- James E
- Jang D
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- Kim SH
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- Kobayashi H
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- Kong DJ
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- Kroll J
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- Kruse M
- Krutelyov V
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- Kwang S
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- Lai S
- Lami S
- Lammel S
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- Lecci C
- LeCompte T
- Lee J
- Lee J
- Lee SW
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- Loreti M
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- Lysak R
- Lytken E
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- MacQueen D
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- Manca G
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- Marino C
- Martin A
- Martin M
- Martin V
- Martinez M
- Maruyama T
- Matsunaga H
- Mattson ME
- Mazini R
- Mazzanti P
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- McIntyre P
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- Mehta A
- Menzemer S
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- Merkel P
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- von der Mey M
- Miao T
- Miladinovic N
- Miles J
- Miller R
- Miller JS
- Mills C
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- Miquel R
- Miscetti S
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- Mulmenstadt J
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- Nahn S
- Nakano I
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- Nodulman L
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- Piedra J
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- Pope G
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- Poukhov O
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- Rolli S
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- Rott C
- Ruiz A
- Russ J
- Rusu V
- Ryan D
- Saarikko H
- Sabik S
- Safonov A
- Sakumoto WK
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- Salto O
- Saltzberg D
- Sanchez C
- Santi L
- Sarkar S
- Sato K
- Savard P
- Savoy-Navarro A
- Scheidle T
- Schlabach P
- Schmidt EE
- Schmidt MP
- Schmitt M
- Schwarz T
- Scodellaro L
- Scott AL
- Scribano A
- Scuri F
- Sedov A
- Seidel S
- Seiya Y
- Semenov A
- Semeria F
- Sexton-Kennedy L
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- Shears T
- Shepard PF
- Sherman D
- Shimojima M
- Shochet M
- Shon Y
- Shreyber I
- Sidoti A
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- Sill A
- Sinervo P
- Sisakyan A
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- Slaughter AJ
- Sliwa K
- Smirnov D
- Smith JR
- Snider FD
- Snihur R
- Soderberg M
- Soha A
- Somalwar S
- Sorin V
- Spalding J
- Spinella F
- Squillacioti P
- Stanitzki M
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- St Dennis R
- Stelzer B
- Stelzer-Chilton O
- Stentz D
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- Stuart D
- Suh JS
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- Sumorok K
- Sun H
- Suzuki T
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- Tafirout R
- Takashima R
- Takeuchi Y
- Takikawa K
- Tanaka M
- Tanaka R
- Tecchio M
- Teng PK
- Terashi K
- Tether S
- Thom J
- Thompson AS
- Thomson E
- Tipton P
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- Tkaczyk S
- Toback D
- Tokar S
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- Tomura T
- Tonelli D
- Tonnesmann M
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- Tourneur S
- Trischuk W
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- Tsuno S
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- Uozumi S
- Usynin D
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- Wan Z
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- Weber M
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- Whitehouse B
- Whiteson D
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- Wittich P
- Wolbers S
- Wolfe C
- Worm S
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- Wu X
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- Yagil A
- Yamamoto K
- Yamaoka J
- Yamashita Y
- Yang C
- Yang UK
- Yao WM
- Yeh GP
- Yoh J
- Yorita K
- Yoshida T
- Yu I
- Yu SS
- Yun JC
- Zanello L
- Zanetti A
- Zaw I
- Zetti F
- Zhang X
- Zhou J
- Zucchelli S
Publication date
January 2006
DOI Publisher
American Physical Society (APS)Abstract
We searched for scalar bottom quarks in 156 pb(-1) of (P) over barp collisions at root s =1.96 TeV recorded by the Collider Detector at Fermilab II experiment at the Tevatron. Scalar bottom quarks can be produced from gluino decays in R-parity conserving models of supersymmetry when the mass of the gluino exceeds that of the scalar bottom quark. Then, a scalar bottom quark can decay into a bottom quark and a neutralino. To search for this scenario, we investigated events with large missing transverse energy and at least three jets, two or more of which were identified as containing a secondary vertex from the hadronization of b quarks. We found four candidate events, where 2.6 +/- 0.7 are expected from standard model processes, and placed 9...
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