Search for the Scalar Top Quark inpp¯Collisions ats=1.8TeV

6533b835fe1ef96bd129f40a

RESEARCH PRODUCT

Search for the Scalar Top Quark inpp¯Collisions ats=1.8TeV

B. G. Pope Zeno Dixon Greenwood H. Zheng P. Hanlet C. S. Mishra D. Cutts E. G. Zverev J. M. Hauptman Wagner Carvalho A. V. Kostritskiy Cecilia Elena Gerber D. Coppage Greg Landsberg A. Baden G. C. Blazey R. Yamada K. Gounder John Rutherfoord C. Luo Mary Beth Adams Wendy Taylor Elizaveta Shabalina James C. Green A. Patwa Roger Moore Sissel Hansen M. Paterno K. Soustruznik V. V. Babintsev G. Ginther A. Besson M. Bhattacharjee Andrew White Vasken Hagopian T. G. Trippe L. Coney H. Weerts Z. M. Wang Emanuela Barberis E. J. Ramberg F. Borcherding G. Sajot S. Youssef N. Sen M. Abolins Jianming Qian Meenakshi Narain J. T. White Sharon Hagopian Lev Dudko F. Villeneuve-seguier D. A. Stoyanova D. Edmunds A. S. Turcot Miguel Mostafa M. M. Baarmand P. Yamin A. Goussiou K. Papageorgiou Sarah Catherine Eno G. D. Alexeev Flera Rizatdinova F. Nang Andre Sznajder Richard B. Lipton S. Krzywdzinski Yuri Gershtein Gervasio Gomez G. Eppley G. Briskin M. D. Peters S. Reucroft L. T. Goss Charles Leggett H. Da Motta J. G.r. Lima A. Khanov N. Parua N. K. Mondal H. T. Diehl L. S. Vertogradov P. Krivkova V.v. Abramov A. N. Galyaev H. Singh Michael Begel Jeffrey F. Krane A. Zylberstejn R. Piegaia T. Heuring L. Babukhadia A. S. Ito Matthew Jones D. Whiteson A. Boehnlein P. A. Rapidis V. Simak R. Snihur M. Sosebee F. Lehner M. Jaffré H. Greenlee B. Connolly A. Jonckheere K. Genser Andrei Nomerotski W. Kahl Richard Breedon D. K. Cho Y. Arnoud John Hobbs A. Bross P. Padley J. Ellison A. P. Vorobiev Stephan Linn Alexey Volkov R. Illingworth O. Peters James H Cochran Z. Ke J. Womersley N. Oshima A. K.a. Maciel Sa. Jain Daria Zieminska G. A. Davis F. Stichelbaut Vipin Bhatnagar Serban Protopopescu D. Shpakov Arnaud Lucotte W. E. Cooper S. Duensing Mitchell Wayne U. Bassler R. D. Schamberger H. Schellman J. M. Kohli R. Partridge X. Zhang A. Abdesselam H. Haggerty Alexander Kupco N. Sotnikova R. J. Genik J. Barreto M. A. Kubantsev S. Tentindo-repond Pushpalatha C Bhat D. Fein D. A. Wijngaarden Stefan Grünendahl T. Nunnemann B. Baldin Elemer Nagy D. Chakraborty Mossadek Talby Christophe Royon M. A.c. Cummings B. Hoeneisen Lee Sawyer Don Lincoln D. Karmanov B. Knuteson Haiyan Wang K. Bos Arnaud Duperrin Randy Ruchti P. W. Balm A. Stone Daniel John Karmgard C. Hebert V. L. Malyshev H. S. Mao B. Gómez Shashikant Dugad S.a. Kahn Xingguo Li Michael A. Strauss T. Fahland H. D. Wahl M. Zanabria Winston Ko K. M. Chan M. Demarteau Y. Ducros W. M. Lee A. Kharchilava Andrew Brandt Philip Baringer R. Engelmann S. Banerjee S. Negroni Shuichi Kunori Alberto Santoro Sergey Kuleshov R. L. Mccarthy P. I. Goncharov Ulrich Heintz H. Jöstlein Y. Kulik E. A. Kozlovsky H.e. Miettinen Frank Filthaut V. Vaniev Jing Li Seong Keun Kim M. Roco Victor Daniel Elvira E. W. Anderson E. Flattum M. Buehler M. Merkin B. May M. Diesburg Suman Bala Beri S. Chopra T. Yasuda P. Rubinov C. Miao J. A. Wightman B. Olivier N. R. Stanton N. I. Bojko H. L. Melanson L. Duflot A. Juste Q. Z. Li D. O'neil H. E. Fisk Ariel Schwartzman E. Smith Melissa Ridel L. J. Pan N. Amos J. H. Christenson Raymond Brock Boaz Klima David H. Adams Anurag Gupta N.v. Mokhov M. I. Martin R. Kehoe Sebastian Grinstein P. Demine Alice Bean Bobby Samir Acharya H. A. Neal R. Beuselinck Jasvinder A. Singh Z. Zhou J. Solomon K. Davis J. N. Butler P. D. Grannis A. P. Heinson B. M. Sabirov F. Canelli Volker Buescher Heriberto Castilla-valdez S. Willis S. N. Ahmed M. Fortner Alexander Belyaev N. W. Reay B. Pawlik J. Perkins J. T. Linnemann V. Sorín K. Yip R. Gilmartin M. Gao D. Casey J. Kotcher Harald Fox N. Graf Patrick Slattery R. E. Hall J. L. González Solís L. Stutte Jinhong Yu A.s. Dyshkant Z. Casilum M. Chung D. Hedin V. M. Abazov S. N. Gurzhiev T. Rockwell Iain Alexander Bertram Viatcheslav Stolin Michael Rijssenbeek C. Lundstedt Sabine Crépé-renaudin V. N. Evdokimov Suyong Choi Chris Hays V. A. Bezzubov J. P. Negret R. P. Smith Michael Shupe Michael Hildreth Gregorio Bernardi D. Denisov J. M. Heinmiller Srinivasan Rajagopalan Hal Evans Thomas Ferbel J. Estrada Y. A. Yatsunenko A. V. Kotwal Harrison Prosper S. Desai Neeti Parashar M. Zielinski Robert Hirosky A. M. Kalinin D. Bauer R. Demina G. Gutierrez Gilvan Alves V. S. Narasimham L. Groer J. Snow L. Lueking E. Popkov K. Del Signore D. Mihalcea P. M. Tuts V. E. Kuznetsov R. W. Stephens M. H.g. Souza H. E. Montgomery Z. Yu K. M. Mauritz P.f. Ermolov V. S. Burtovoi R. J. Madaras V. Oguri D. Buchholz Florian Beaudette Gregory R Snow Gustaaf Brooijmans A. A. Mayorov Alexander Leflat J. Warchol M. Strovink Elizabeth Gallas T. Mcmahon R. Jesik K. A. Johns S. J. De Jong B. Kothari E. Kajfasz T. C. Bacon D. P. Stoker Y. Fisyak Marvin Johnson S. P. Denisov M. R. Krishnaswamy A. R. Clark A. Para Sergey Chekulaev A. V. Kozelov K. W. Merritt J. F. Bartlett V. Manankov F. Fleuret Howard Gordon K. C. Frame Stephen Wimpenny T. Marshall Darien Wood Nicholas John Hadley S. Blessing Scott Snyder Yu-tin Huang Nikos Varelas Bing Zhou R. K. Shivpuri D. R. Claes S. Doulas Kaushik De S. M. Tripathi G. Steinbrück S. Fuess Rajendran Raja Vladimir Gavrilov Gordon Watts V. Sirotenko O. V. Eroshin Phillip Gutierrez Brad Abbott Pierre Petroff R. Van Kooten S. Feher G. Graham A. Zieminski V. Zutshi R. A. Sidwell S. Fu Q. Xu

subject

Physics Particle physics Top quark 010308 nuclear & particles physics High Energy Physics::Phenomenology Scalar (mathematics)General Physics and Astronomy Supersymmetry 01 natural sciences Lightest Supersymmetric Particle Nuclear physics Chargino Pair production 0103 physical sciences High Energy Physics::Experiment Fermilab 010306 general physics Minimal Supersymmetric Standard Model

description

We have performed a search for scalar top quark (stop) pair production in the inclusive electron-muon-missing transverse energy final state, using a sample of p (p) over bar events corresponding to 108.3 pb (-1) of data collected with the D0 detector at Fermilab. The search is done in the framework of the minimal supersymmetric standard model assuming that the sneutrino is the lightest supersymmetric particle. For the dominant decays of the lightest stop, (t) over tilde-->b (χ) over tilde (+)(1) and (t) over tilde-->bl (ν) over tilde , no evidence for signal is found. We derive cross-section limits as a function of stop ((t) over tilde), chargino ((χ) over tilde (+)(1)), and sneutrino ((ν) over tilde ) masses.

year	journal	country	edition	language
2002-04-16	Physical Review Letters

https://doi.org/10.1103/physrevlett.88.171802