54 research outputs found
Ratio of the Isolated Photon Cross Sections at \sqrt{s} = 630 and 1800 GeV
- Author
- Abazov VM
- Abbott B
- Abdesselam A
- Abolins M
- Abramov V
- Acharya BS
- Adams DL
- Adams M
- Ahmed SN
- Alexeev GD
- Alton A
- Alves GA
- Amos N
- Anderson EW
- Arnoud Y
- Avila C
- Baarmand MM
- Babintsev VV
- Babukhadia L
- Bacon TC
- Baden A
- Baldin B
- Balm PW
- Banerjee S
- Barberis E
- Baringer P
- Barreto J
- Bartlett JF
- Bassler U
- Bauer D
- Bean A
- Beaudette F
- Begel M
- Belyaev A
- Beri SB
- Bernardi G
- Bertram I
- Besson A
- Beuselinck R
- Bezzubov VA
- Bhat PC
- Bhatnagar V
- Bhattacharjee M
- Blazey G
- Blekman F
- Blessing S
- Boehnlein A
- Bojko NI
- Borcherding F
- Bos K
- Bose T
- Brandt A
- Breedon R
- Briskin G
- Brock R
- Brooijmans G
- Bross A
- Buchholz D
- Buehler M
- Buescher V
- Burtovoi VS
- Butler JM
- Canelli F
- Carvalho W
- Casey D
- Casilum Z
- Castilla-Valdez H
- Chakraborty D
- Chan KM
- Chekulaev SV
- Cho DK
- Choi S
- Chopra S
- Christenson JH
- Chung M
- Claes D
- Clark AR
- Cochran J
- Collaboration D
- Coney L
- Connolly B
- Cooper WE
- Coppage D
- Crepe-Renaudin S
- Cummings MAC
- Cutts D
- da Motta H
- Davis GA
- Davis K
- de Jong SJ
- De K
- Del Signore K
- Demarteau M
- Demina R
- Demine P
- Denisov D
- Denisov SP
- Desai S
- Diehl HT
- Diesburg M
- Doulas S
- Ducros Y
- Dudko LV
- Duensing S
- Duflot L
- Dugad SR
- Duperrin A
- Dyshkant A
- Edmunds D
- Ellison J
- Elvira VD
- Engelmann R
- Eno S
- Eppley G
- Ermolov P
- Eroshin OV
- Estrada J
- Evans H
- Evdokimov VN
- Fahland T
- Feher S
- Fein D
- Ferbel T
- Filthaut F
- Fisk HE
- Fisyak Y
- Flattum E
- Fleuret F
- Fortner M
- Fox H
- Frame KC
- Fu S
- Fuess S
- Gallas E
- Galyaev AN
- Gao M
- Gavrilov V
- Genik RJ
- Genser K
- Gerber CE
- Gershtein Y
- Gilmartin R
- Ginther G
- Gomez B
- Gomez G
- Goncharov PI
- Gordon H
- Goss LT
- Gounder K
- Goussiou A
- Graf N
- Graham G
- Grannis PD
- Green JA
- Greenlee H
- Greenwood ZD
- Grinstein S
- Groer L
- Grunendahl S
- Gupta A
- Gurzhiev SN
- Gutierrez G
- Gutierrez P
- Hadley NJ
- Haggerty H
- Hagopian S
- Hagopian V
- Hall RE
- Hanlet P
- Hansen S
- Hauptman JM
- Hays C
- Hebert C
- Hedin D
- Heinmiller JM
- Heinson AP
- Heintz U
- Heuring T
- Hildreth MD
- Hirosky R
- Hobbs JD
- Hoeneisen B
- Huang Y
- Illingworth R
- Ito AS
- Jaffre M
- Jain S
- Jesik R
- Johns K
- Johnson M
- Jonckheere A
- Jostlein H
- Juste A
- Kahl W
- Kahn S
- Kajfasz E
- Kalinin AM
- Karmanov D
- Karmgard D
- Kehoe R
- Khanov A
- Kharchilava A
- Kim SK
- Klima B
- Knuteson B
- Ko W
- Kohli JM
- Kostritskiy AV
- Kotcher J
- Kothari B
- Kotwal AV
- Kozelov AV
- Kozlovsky EA
- Krane J
- Krishnaswamy MR
- Krivkova P
- Krzywdzinski S
- Kubantsev M
- Kuleshov S
- Kulik Y
- Kunori S
- Kupco A
- Kuznetsov VE
- Landsberg G
- Lee SM
- Leflat A
- Leggett C
- Lehner F
- Li J
- Li QZ
- Li X
- Lima JGR
- Lincoln D
- Linn SL
- Linnemann J
- Lipton R
- Lucotte A
- Lueking L
- Lundstedt C
- Luo C
- Maciel AKA
- Madaras RJ
- Malyshev VL
- Manankov V
- Mao HS
- Marshall T
- Martin MI
- Mauritz KM
- May B
- Mayorov AA
- McCarthy R
- McMahon T
- Melanson HL
- Merkin M
- Merritt KW
- Miao C
- Miettinen H
- Mihalcea D
- Mishra CS
- Mokhov N
- Mondal NK
- Montgomery HE
- Moore RW
- Mostafa M
- Nagy E
- Nang F
- Narain M
- Narasimham VS
- Naumann NA
- Neal HA
- Negret JR
- Negroni S
- Nunnemann T
- O'Neil D
- Oguri V
- Olivier B
- Oshima N
- Padley P
- Pan LJ
- Papageorgiou K
- Para A
- Parashar N
- Partridge R
- Parua N
- Paterno M
- Patwa A
- Pawlik B
- Perkins J
- Peters O
- Petroff P
- Piegaia R
- Pope BG
- Popkov E
- Prosper HB
- Protopopescu S
- Przybycien MB
- Qian J
- Raja R
- Rajagopalan S
- Ramberg E
- Rapidis PA
- Reay NW
- Reucroft S
- Ridel M
- Rijssenbeek M
- Rizatdinova F
- Rockwell T
- Roco M
- Royon C
- Rubinov R
- Ruchti R
- Rutherfoord J
- Sabirov BM
- Sajot G
- Santoro A
- Sawyer L
- Schamberger RD
- Schellman H
- Schwartzman A
- Sen N
- Shabalina E
- Shivpuri RK
- Shpakov D
- Shupe M
- Sidwell RA
- Simak V
- Singh H
- Singh JB
- Sirotenko V
- Slattery P
- Smith E
- Smith RP
- Snihur R
- Snow GR
- Snow J
- Snyder S
- Solis JLG
- Solomon J
- Song Y
- Sorin V
- Sosebee M
- Sotnikova N
- Soustruznik K
- Souza M
- Stanton NR
- Steinbruck G
- Stephens RW
- Stichelbaut F
- Stoker D
- Stolin V
- Stone A
- Stoyanova DA
- Strang MA
- Strauss M
- Strovink M
- Stutte L
- Sznajder A
- Talby M
- Taylor W
- Tentindo-Repond S
- Tripathi SM
- Trippe TG
- Turcot AS
- Tuts PM
- Van Kooten R
- Vaniev V
- Varelas N
- Vertogradov LS
- Villeneuve-Seguier F
- Volkov AA
- Vorobiev AP
- Wahl HD
- Wang H
- Wang ZM
- Warchol J
- Watts G
- Wayne M
- Weerts H
- White A
- White JT
- Whiteson D
- Wightman JA
- Wijngaarden DA
- Willis S
- Wimpenny SJ
- Womersley J
- Wood DR
- Xu Q
- Yamada R
- Yamin R
- Yasuda T
- Yatsunenko YA
- Yip K
- Youssef S
- Yu J
- Yu Z
- Zanabria M
- Zhang X
- Zheng H
- Zhou B
- Zhou Z
- Zielinski M
- Zieminska D
- Zieminski A
- Zutshi V
- Zverev EG
- Zylberstejn A
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2001
- Field of study
The inclusive cross section for production of isolated photons has been
measured in \pbarp collisions at s=630 GeV with the \D0 detector at
the Fermilab Tevatron Collider. The photons span a transverse energy (ET)
range from 7-49 GeV and have pseudorapidity ∣η∣<2.5. This measurement is
combined with to previous \D0 result at s=1800 GeV to form a ratio
of the cross sections. Comparison of next-to-leading order QCD with the
measured cross section at 630 GeV and ratio of cross sections show satisfactory
agreement in most of the ET range.Comment: 7 pages. Published in Phys. Rev. Lett. 87, 251805, (2001
Search for Kaluza-Klein Graviton Emission in ppˉ Collisions at s=1.8 TeV using the Missing Energy Signature
- Author
- Acosta D
- Affolder T
- Akimoto H
- Albrow MG
- Ambrose D
- Amidei D
- Anikeev K
- Antos J
- Apollinari G
- Arisawa T
- Artikov A
- Asakawa T
- Ashmanskas W
- Azfar F
- Azzi-Bacchetta P
- Bacchetta N
- Bachacou H
- Badgett W
- Bailey S
- Barbaro-Galtieri A
- Barnes VE
- Barnett BA
- Baroiant S
- Barone M
- Bauer G
- Bedeschi F
- Behari S
- Belforte S
- Bell WH
- Bellettini G
- Bellinger J
- Benjamin D
- Bensinger J
- Beretvas A
- Berryhill J
- Bhatti A
- Binkley M
- Bisello D
- Bishai M
- Blair RE
- Blocker C
- Bloom K
- Blumenfeld B
- Blusk SR
- Bocci A
- Bodek A
- Bolla G
- Bolshov A
- Bonushkin Y
- Bortoletto D
- Boudreau J
- Brandl A
- Bromberg C
- Brozovic M
- Brubaker E
- Bruner N
- Budagov J
- Budd HS
- Burkett K
- Busetto G
- Byrum KL
- Cabrera S
- Calafiura P
- Campbell M
- Carithers W
- Carlsmith D
- Carlson J
- Caskey W
- Castro A
- Cauz D
- Cecco SD
- Cerri A
- Cerrito L
- Chan AW
- Chang PS
- Chang PT
- Chapman J
- Chen C
- Chen YC
- Cheng MT
- Chertok M
- Chiarelli G
- Chirikov-Zorin I
- Chlachidze G
- Chlebana F
- Christofek L
- Chu ML
- Chung JY
- Chung WH
- Chung YS
- Ciobanu CI
- Clark AG
- Coca M
- Connolly A
- Convery M
- Conway J
- Cordelli M
- Cranshaw J
- Culbertson R
- D'Auria S
- D'Onofrio M
- da Costa JG
- Dagenhart D
- de Barbaro P
- de Troconiz JF
- de Troconiz JF
- DeJongh F
- Dell'Agnello S
- Dell'Orso M
- Demers S
- Demortier L
- Deninno M
- Denis RS
- Derwent PF
- Devlin T
- Dionisi C
- Dittmann JR
- Dominguez A
- Donati S
- Dorigo T
- Eddy N
- Einsweiler K
- Engels E
- Erbacher R
- Errede D
- Errede S
- Eusebi R
- Fan Q
- Farrington S
- Feild RG
- Fernandez JP
- Ferretti C
- Field RD
- Fiori I
- Flaugher B
- Flores-Castillo LR
- Foster GW
- Franklin M
- Freeman J
- Friedman J
- Fukui Y
- Furic I
- Galeotti S
- Gallas A
- Gallinaro M
- Gao T
- Garcia-Sciveres M
- Garfinkel AF
- Gatti P
- Gay C
- Gerdes DW
- Gerstein E
- Giagu S
- Giannetti P
- Giolo K
- Giordani M
- Giromini P
- Glagolev V
- Glenzinski D
- Gold M
- Goldschmidt N
- Goldstein J
- Gomez G
- Goncharov M
- Gorelov I
- Goshaw AT
- Gotra Y
- Goulianos K
- Green C
- Greene MG
- Gresele A
- Grim G
- Grosso-Pilcher C
- Guenther M
- Guillian G
- Haas RM
- Haber C
- Hahn SR
- Halkiadakis E
- Hall C
- Handa T
- Handler R
- Happacher F
- Hara K
- Hardman AD
- Harris RM
- Hartmann F
- Hatakeyama K
- Hauser J
- Heinrich J
- Heiss A
- Hennecke M
- Herndon M
- Hill C
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- Hoffman KD
- Hollebeek R
- Holloway L
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- Huffman BT
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- Huth J
- Ikeda H
- Incandela J
- Introzzi G
- Iori M
- Issever C
- Ivanov A
- Iwai J
- Iwata Y
- Iyutin B
- James E
- Jones M
- Joshi U
- Kambara H
- Kamon T
- Kaneko T
- Kang J
- Karr K
- Kartal S
- Kasha H
- Kato Y
- Keaffaber TA
- Kelley K
- Kelly M
- Kennedy RD
- Kephart R
- Khazins D
- Kikuchi T
- Kilminster B
- Kim BJ
- Kim DH
- Kim HS
- Kim MJ
- Kim SB
- Kim SH
- Kim TH
- Kim YK
- Kirby M
- Kirk M
- Kirsch L
- Klimenko S
- Koehn P
- Kondo K
- Konigsberg J
- Korn A
- Korytov A
- Kostritskiy AV
- Kotcher J
- Kotelnikov K
- Kothari B
- Kotwal AV
- Kovacs E
- Kovacs E
- Kozelov AV
- Kozlovsky EA
- Krane J
- Krishnaswamy MR
- Krivkova P
- Kroll J
- Kroll J
- Kruse M
- Kruse M
- Krutelyov V
- Krutelyov V
- Krzywdzinski S
- Kubantsev M
- Kuhlmann SE
- Kuhlmann SE
- Kuleshov S
- Kulik Y
- Kunori S
- Kupco A
- Kurino K
- Kurino K
- Kuwabara T
- Kuwabara T
- Kuznetsov VE
- Kuznetsova N
- Kuznetsova N
- Laasanen AT
- Laasanen AT
- Lai N
- Lai N
- Lami S
- Lami S
- Lammel S
- Lammel S
- Lamoureux JI
- Lancaster J
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- Lancaster M
- Lancaster M
- Lander R
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- Landsberg G
- Lannon K
- Lannon K
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- Le Y
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- Lee AM
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- Lee WM
- Leflat A
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- Leonardo N
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- Leone S
- Leone S
- Leonidopoulos C
- Lewis JD
- Lewis JD
- Li J
- Li K
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- Li QZ
- Lima JGR
- Lin CS
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- Lincoln D
- Lindgren M
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- Linn SL
- Linnemann J
- Lipton R
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- Litvintsev DO
- Litvintsev DO
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- Lockyer NS
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- Loken J
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- Lucchesi D
- Lucchesi D
- Lueking L
- Lukens P
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- Lundstedt C
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- Lyons L
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- Lys J
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- Maciel AKA
- Madaras RJ
- Madrak R
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- Maeshima K
- Maeshima K
- Maksimovic P
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- Malferrari L
- Malferrari L
- Malyshev VL
- Manankov V
- Manca G
- Manca G
- Mangano M
- Mangano M
- Mao HS
- Mariotti M
- Mariotti M
- Marshall T
- Martignon G
- Martignon G
- Martin A
- Martin A
- Martin M
- Martin M
- Martin MI
- Martin V
- Martin V
- Martinez M
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- Matthews JAJ
- Matthews JAJ
- Mattingly SEK
- Mayer J
- Mayorov AA
- Mazzanti P
- Mazzanti P
- McCarthy R
- McFarland KS
- McFarland KS
- McIntyre P
- McIntyre P
- McKigney E
- McMahon T
- Melanson HL
- Melnitchouk A
- Menguzzato M
- Menguzzato M
- Menzione A
- Menzione A
- Merkel P
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- Merkin M
- Merritt KW
- Mesropian C
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- Meyer A
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- Miao C
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- Miettinen H
- Mihalcea D
- Miller JS
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- Miller R
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- Minato H
- Minato H
- Miscetti S
- Miscetti S
- Mishina M
- Mishina M
- Mitselmakher G
- Mitselmakher G
- Miyazaki Y
- Moggi N
- Moggi N
- Mokhov N
- Mondal NK
- Montgomery HE
- Moore E
- Moore E
- Moore R
- Moore R
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- Morita Y
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- Moulik T
- Moulik T
- Mukherjee A
- Mukherjee A
- Mulhearn M
- Mulhearn M
- Muller T
- Muller T
- Munar A
- Munar A
- Murat P
- Murat P
- Murgia S
- Murgia S
- Musy M
- Mutaf YD
- Nachtman J
- Nachtman J
- Nagaslaev V
- Nagy E
- Nahn S
- Nahn S
- Nakada H
- Nakada H
- Nakano I
- Nakano I
- Nakaya T
- Napora R
- Napora R
- Narain M
- Narasimham VS
- Naumann NA
- Neal HA
- Neal HKorytov A
- Negret JP
- Nelson C
- Nelson C
- Nelson S
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- Neu C
- Neu C
- Neubauer MS
- Neubauer MS
- Neuberger D
- Neuberger D
- Newman-Holmes C
- Newman-Holmes C
- Ngan CYP
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- Nicolaidi P
- Niell F
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- Nodulman L
- Nodulman L
- Nomerotski A
- Nomerotski A
- Nunnemann T
- O'Neil D
- Oguri V
- Oh SH
- Oh SH
- Oh YD
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- Ohmoto T
- Ohmoto T
- Ohsugi T
- Ohsugi T
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- Okusawa T
- Okusawa T
- Olsen J
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- Paoletti R
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- Patwa A
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- Schamberger RD
- Schellman H
- Schlabach P
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- Slaughter AJ
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- Snihur R
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- Sumorok K
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- Sznajder A
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- Takikawa K
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- Yang UK
- Yao W
- Yao W
- Yao W
- Yasuda T
- Yatsunenko YA
- Yeh GP
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- Yeh P
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- Yi K
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- Zsenei A
- Zucchelli Spatra AK
- Zucchelli Sychev D
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2004
- Field of study
We report on a search for direct Kaluza-Klein graviton production in a data
sample of 84 pb−1 of \ppb collisions at s = 1.8 TeV, recorded
by the Collider Detector at Fermilab. We investigate the final state of large
missing transverse energy and one or two high energy jets. We compare the data
with the predictions from a 3+1+n-dimensional Kaluza-Klein scenario in which
gravity becomes strong at the TeV scale. At 95% confidence level (C.L.) for
n=2, 4, and 6 we exclude an effective Planck scale below 1.0, 0.77, and 0.71
TeV, respectively.Comment: Submitted to PRL, 7 pages 4 figures/Revision includes 5 figure
Measurement of the average time-integrated mixing probability of b-flavored hadrons produced at the Tevatron
- Author
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- Affolder T
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- Veramendi G
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- Vidal R
- Vidal R
- Vila I
- Vila I
- Vila I
- Vilar R
- Vilar R
- Vilar R
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- Volkov AA
- Volobouev I
- Volobouev I
- Volobouev I
- von der Mey M
- von der Mey M
- von der Mey M
- von Wimmersperg-Toeller JH
- Vorobiev AP
- Vucinic D
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- Wang MJ
- Wang MJ
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- Ward B
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- Waschke S
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- Watanabe T
- Waters D
- Waters D
- Waters D
- Watts G
- Watts T
- Watts T
- Watts T
- Wayne M
- Webb R
- Weber M
- Weber M
- Weber M
- Weerts H
- Wenzel H
- Wenzel H
- Wester W
- Wester WC
- White A
- Whitehouse B
- Whitehouse B
- Whitehouse B
- Whiteson D
- Wicklund AB
- Wicklund AB
- Wicklund AB
- Wicklund E
- Wicklund E
- Wicklund E
- Wijngaarden DA
- Wilkes T
- Williams HH
- Williams HH
- Williams HH
- Willis S
- Wilson P
- Wilson P
- Wilson P
- Wimpenny SJ
- Winer BL
- Winer BL
- Winer BL
- Winn D
- Winn D
- Wittich P
- Wolbers S
- Wolbers S
- Wolbers S
- Wolinski D
- Wolinski D
- Wolinski J
- Wolinski J
- Wolinski S
- Wolinski S
- Wolter M
- Wolter M
- Wolter M
- Womersley J
- Wood DR
- Worcester M
- Worm S
- Worm S
- Worm S
- Wright T
- Wu J
- Wu SL
- Wu X
- Wu X
- Wu X
- Wurthwein F
- Wurthwein F
- Wurthwein F
- Wyatt A
- Wyss J
- Wyss J
- Xu Q
- Yagil A
- Yagil A
- Yamada R
- Yamamoto K
- Yamashita T
- Yang UK
- Yang UK
- Yang UK
- Yao W
- Yao W
- Yao W
- Yeh GP
- Yeh GP
- Yeh P
- Yi K
- Yi K
- Yoh J
- Yoh J
- Yoon P
- Yorita K
- Yosef C
- Yoshida T
- Yoshida T
- Yu I
- Yu I
- Yu S
- Yu S
- Yu Z
- Yu Z
- Yu Z
- Yun JC
- Yun JC
- Zanello L
- Zanello L
- Zanetti A
- Zanetti A
- Zaw I
- Zetti F
- Zetti F
- Zhou J
- Zsenei A
- Zucchelli Spatra AK
- Zucchelli Sychev D
- Zucchelli SZetti F
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 08/09/2003
- Field of study
We have measured the number of like-sign (LS) and opposite-sign (OS) lepton
pairs arising from double semileptonic decays of b and bˉ-hadrons,
pair-produced at the Fermilab Tevatron collider. The data samples were
collected with the Collider Detector at Fermilab (CDF) during the 1992-1995
collider run by triggering on the existence of μμ and eμ candidates
in an event. The observed ratio of LS to OS dileptons leads to a measurement of
the average time-integrated mixing probability of all produced b-flavored
hadrons which decay weakly, χˉ=0.152±0.007 (stat.) ±0.011
(syst.), that is significantly larger than the world average χˉ=0.118±0.005.Comment: 47 pages, 10 figures, 15 tables Submitted to Phys. Rev.
Search for single top quark production at D0 using neural networks
- Author
- Abazov VM
- Abbott B
- Abdesselam A
- Abolins M
- Abramov V
- Acharya BS
- Adams DL
- Adams M
- Ahmed SN
- Alexeev GD
- Alves GA
- Amos N
- Anderson EW
- Arnoud Y
- Baarmand MM
- Babintsev VV
- Babukhadia L
- Bacon TC
- Baden A
- Baldin B
- Balm PW
- Banerjee S
- Barberis E
- Baringer P
- Barreto J
- Bartlett JF
- Bassler U
- Bauer D
- Bean A
- Begel M
- Belyaev A
- Beri SB
- Bernardi G
- Bertram I
- Besson A
- Beuselinck R
- Bezzubov VA
- Bhat PC
- Bhatnagar V
- Bhattacharjee M
- Blazey G
- Blessing S
- Boehnlein A
- Bojko NI
- Boos EE
- Borcherding F
- Bos K
- Brandt A
- Breedon R
- Briskin G
- Brock R
- Brooijmans G
- Bross A
- Buchholz D
- Buehler M
- Buescher V
- Burtovoi VS
- Butler JM
- Canelli F
- Carvalho W
- Casey D
- Casilum Z
- Castilla-Valdez H
- Chakraborty D
- Chan KM
- Chekulaev SV
- Cho DK
- Choi S
- Chopra S
- Christenson JH
- Chung M
- Claes D
- Clark AR
- Cochran J
- Collaboration DO
- Coney L
- Connolly B
- Cooper WE
- Coppage D
- Crepe-Renaudin S
- Cummings MAC
- Cutts D
- da Motta H
- Davis GA
- Davis K
- de Jong SJ
- De K
- Del Signore K
- Demarteau M
- Demina R
- Demine P
- Denisov D
- Denisov SP
- Desai S
- Di Loreto G
- Diehl HT
- Diesburg M
- Doulas S
- Draper P
- Ducros Y
- Dudko LV
- Duensing S
- Duflot L
- Dugad SR
- Duperrin A
- Dyshkant A
- Edmunds D
- Ellison J
- Elvira VD
- Engelmann R
- Eno S
- Eppley G
- Ermolov P
- Eroshin OV
- Estrada J
- Evans H
- Evdokimov VN
- Fahland T
- Feher S
- Fein D
- Ferbel T
- Filthaut F
- Fisk HE
- Fisyak Y
- Flattum E
- Fleuret F
- Fortner M
- Fox H
- Frame KC
- Fu S
- Fuess S
- Gallas E
- Galyaev AN
- Gao M
- Gavrilov V
- Genik RJ
- Genser K
- Gerber CE
- Gershtein Y
- Gilmartin R
- Ginther G
- Gomez B
- Gomez G
- Goncharov PI
- Gordon H
- Goss LT
- Gounder K
- Goussiou A
- Graf N
- Graham G
- Grannis PD
- Green JA
- Greenlee H
- Grinstein S
- Groer L
- Grunendahl S
- Gupta A
- Gurzhiev SN
- Gutierrez G
- Gutierrez P
- Hadley NJ
- Haggerty H
- Hagopian S
- Hagopian V
- Hall RE
- Hanlet P
- Hansen S
- Hauptman JM
- Hays C
- Hebert C
- Hedin D
- Heinmiller JM
- Heinson AP
- Heintz U
- Heuring T
- Hildreth MD
- Hirosky R
- Hobbs JD
- Hoeneisen B
- Huang Y
- Illingworth R
- Ito AS
- Jaffre M
- Jain S
- Jesik R
- Johns K
- Johnson M
- Jonckheere A
- Jones M
- Jostlein H
- Juste A
- Kahl W
- Kahn S
- Kajfasz E
- Kalinin AM
- Karmanov D
- Karmgard D
- Ke Z
- Kehoe R
- Khanov A
- Kharchilava A
- Kim SK
- Klima B
- Knuteson B
- Ko W
- Kohli JM
- Kostritskiy AV
- Kotcher J
- Kothari B
- Kotwal AV
- Kozelov AV
- Kozlovsky EA
- Krane J
- Krishnaswamy MR
- Krivkova P
- Krzywdzinski S
- Kubantsev M
- Kuleshov S
- Kulik Y
- Kunori S
- Kupco A
- Kuznetsov VE
- Landsberg G
- Lee WM
- Leflat A
- Leggett C
- Lehner F
- Li J
- Li QZ
- Li X
- Lima JGR
- Lincoln D
- Linn SL
- Linnemann J
- Lipton R
- Lucotte A
- Lueking L
- Lundstedt C
- Luo C
- Maciel AKA
- Madaras RJ
- Malyshev VL
- Manankov V
- Mao HS
- Marshall T
- Martin MI
- Martin RD
- Mauritz KM
- May B
- Mayorov AA
- McCarthy R
- McMahon T
- Melanson HL
- Merkin M
- Merritt KW
- Miao C
- Miettinen H
- Mihalcea D
- Mishra CS
- Mokhov N
- Mondal NK
- Montgomery HE
- Moore RW
- Mostafa M
- Nagy E
- Nang F
- Narain M
- Narasimham VS
- Neal HA
- Negret JP
- Negroni S
- Nunnemann T
- O'Neil D
- Oguri V
- Olivier B
- Oshima N
- Padley P
- Pan LJ
- Papageorgiou K
- Para A
- Parashar N
- Partridge R
- Parua N
- Paterno M
- Patwa A
- Pawlik B
- Perkins J
- Peters M
- Peters O
- Petroff P
- Piegaia R
- Pope BG
- Popkov E
- Prosper HB
- Protopopescu S
- Qian J
- Raja R
- Rajagopalan S
- Ramberg E
- Rapidis PA
- Reay NW
- Reucroft S
- Ridel M
- Rijssenbeek M
- Rizatdinova F
- Rockwell T
- Roco M
- Rubinov P
- Ruchti R
- Rutherfoord J
- Sabirov BM
- Sajot G
- Santoro A
- Sawyer L
- Schamberger RD
- Schellman H
- Schwartzman A
- Sen N
- Shabalina E
- Shivpuri RK
- Shpakov D
- Shupe M
- Sidwell RA
- Simak V
- Singh H
- Singh JB
- Sirotenko V
- Slattery P
- Smith E
- Smith RP
- Snihur R
- Snow GR
- Snow J
- Snyder S
- Solis JLG
- Solomon J
- Sorin V
- Sosebee M
- Sotnikova N
- Soustruznik K
- Souza M
- Stanton NR
- Steinbruck G
- Stephens RW
- Stichelbaut F
- Stoker D
- Stolin V
- Stone A
- Stoyanova DA
- Strauss M
- Strovink M
- Stutte L
- Sznajder A
- Talby M
- Taylor W
- Tentindo-Repond S
- Tripathi SM
- Trippe TG
- Turcot AS
- Tuts PM
- van Gemmeren P
- Van Kooten R
- Vaniev V
- Varelas N
- Vertogradov LS
- Villeneuve-Seguier F
- Volkov AA
- Vorobiev AP
- Wahl HD
- Wang H
- Wang ZM
- Warchol J
- Watts G
- Wayne M
- Weerts H
- White A
- White JT
- Whiteson D
- Wightman JA
- Wijngaarden DA
- Willis S
- Wimpenny SJ
- Womersley J
- Wood DR
- Yamada R
- Yamin P
- Yasuda T
- Yatsunenko YA
- Yip K
- Youssef S
- Yu J
- Yu Z
- Zanabria M
- Zheng H
- Zhou Z
- Zielinski M
- Zieminska D
- Zieminski A
- Zutshi V
- Zverev EG
- Zylberstejn A
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2001
- Field of study
We present a search for electroweak production of single top quarks in ~90 pb^-1 of data collected with the DZero detector at the Fermilab Tevatron collider. Using arrays of neural networks to separate signals from backgrounds, we set upper limits on the cross sections of 17 pb for the s-channel process ppbar->tb+X, and 22 pb for the t-channel process ppbar->tqb+X, both at the 95% confidence level
Differential cross section for W boson production as a function of transverse momentum in proton-antiproton collisions at 1.8 TeV
- Author
- Abazov VM
- Abbott B
- Abdesselam A
- Abolins M
- Abramov V
- Acharya BS
- Adams DL
- Adams M
- Ahmed SN
- Alexeev GD
- Alves GA
- Amos N
- Anderson EW
- Arnoud Y
- Baarmand MM
- Babintsev VV
- Babukhadia L
- Bacon TC
- Baden A
- Baldin B
- Balm PW
- Banerjee S
- Barberis E
- Baringer P
- Barreto J
- Bartlett JF
- Bassler U
- Bauer D
- Bean A
- Beaudette F
- Begel M
- Belyaev A
- Beri SB
- Bernardi G
- Bertram I
- Besson A
- Beuselinck R
- Bezzubov VA
- Bhat PC
- Bhatnagar V
- Bhattacharjee M
- Blazey G
- Blessing S
- Boehnlein A
- Bojko NI
- Borcherding F
- Bos K
- Brandt A
- Breedon R
- Briskin G
- Brock R
- Brooijmans G
- Bross A
- Buchholz D
- Buehler M
- Buescher V
- Burtovoi VS
- Butler JM
- Canelli F
- Carvalho W
- Casey D
- Casilum Z
- Castilla-Valdez H
- Chakraborty D
- Chan KM
- Chekulaev SV
- Cho DK
- Choi S
- Chopra S
- Christenson JH
- Chung M
- Claes D
- Clark AR
- Cochran J
- Coney L
- Connolly B
- Cooper WE
- Coppage D
- Crépé-Renaudin S
- Cummings MAC
- Cutts D
- da Motta H
- Davis GA
- Davis K
- de Jong SJ
- De K
- Del Signore K
- Demarteau M
- Demina R
- Demine P
- Denisov D
- Denisov SP
- Desai S
- Diehl HT
- Diesburg M
- Doulas S
- Ducros Y
- Dudko LV
- Duensing S
- Duflot L
- Dugad SR
- Duperrin A
- Dyshkant A
- Edmunds D
- Ellison J
- Elvira VD
- Engelmann R
- Eno S
- Eppley G
- Ermolov P
- Eroshin OV
- Estrada J
- Evans H
- Evdokimov VN
- Fahland T
- Feher S
- Fein D
- Ferbel T
- Filthaut F
- Fisk HE
- Fisyak Y
- Flattum E
- Fleuret F
- Fortner M
- Fox H
- Frame KC
- Fu S
- Fuess S
- Gallas E
- Galyaev AN
- Gao M
- Gavrilov V
- Genik RJ
- Genser K
- Gerber CE
- Gershtein Y
- Gilmartin R
- Ginther G
- Goncharov PI
- González Solís JL
- Gordon H
- Goss LT
- Gounder K
- Goussiou A
- Graf N
- Graham G
- Grannis PD
- Green JA
- Greenlee H
- Greenwood ZD
- Grinstein S
- Groer L
- Grunendahl S
- Gupta A
- Gurzhiev SN
- Gutierrez G
- Gutierrez P
- Gómez B
- Gómez G
- Hadley NJ
- Haggerty H
- Hagopian S
- Hagopian V
- Hall RE
- Hanlet P
- Hansen S
- Hauptman JM
- Hays C
- Hebert C
- Hedin D
- Heinmiller JM
- Heinson AP
- Heintz U
- Heuring T
- Hildreth MD
- Hirosky R
- Hobbs JD
- Hoeneisen B
- Huang Y
- Illingworth R
- Ito AS
- Jaffré M
- Jain S
- Jesik R
- Johns K
- Johnson M
- Jonckheere A
- Jones M
- Juste A
- Jöstlein H
- Kahl W
- Kahn S
- Kajfasz E
- Kalinin AM
- Karmanov D
- Karmgard D
- Ke Z
- Kehoe R
- Khanov A
- Kharchilava A
- Kim SK
- Klima B
- Knuteson B
- Ko W
- Kohli JM
- Kostritskiy AV
- Kotcher J
- Kothari B
- Kotwal AV
- Kozelov AV
- Kozlovsky EA
- Krane J
- Krishnaswamy MR
- Krivkova P
- Krzywdzinski S
- Kubantsev M
- Kuleshov S
- Kulik Y
- Kunori S
- Kupco A
- Kuznetsov VE
- Landsberg G
- Lee WM
- Leflat A
- Leggett C
- Lehner F
- Li J
- Li QZ
- Li X
- Lima JGR
- Lincoln D
- Linn SL
- Linnemann J
- Lipton R
- Lucotte A
- Lueking L
- Lundstedt C
- Luo C
- Maciel AKA
- Madaras RJ
- Malyshev VL
- Manankov V
- Mao HS
- Marshall T
- Martin MI
- Mauritz KM
- May B
- Mayorov AA
- McCarthy R
- McMahon T
- Melanson HL
- Merkin M
- Merritt KW
- Miao C
- Miettinen H
- Mihalcea D
- Mishra CS
- Mokhov N
- Mondal NK
- Montgomery HE
- Moore RW
- Mostafa M
- Nagy E
- Nang F
- Narain M
- Narasimham VS
- Neal HA
- Negret JP
- Negroni S
- Nunnemann T
- O'Neil D
- Oguri V
- Olivier B
- Oshima N
- Padley P
- Pan LJ
- Papageorgiou K
- Para A
- Parashar N
- Partridge R
- Parua N
- Paterno M
- Patwa A
- Pawlik B
- Perkins J
- Peters M
- Peters O
- Piegaia R
- Pope BG
- Popkov E
- Prosper HB
- Protopopescu S
- Pétroff P
- Qian J
- Raja R
- Rajagopalan S
- Ramberg E
- Rapidis PA
- Reay NW
- Reucroft S
- Ridel M
- Rijssenbeek M
- Rizatdinova F
- Rockwell T
- Roco M
- Royon C
- Rubinov P
- Ruchti R
- Rutherfoord J
- Sabirov BM
- Sajot G
- Santoro A
- Sawyer L
- Schamberger RD
- Schellman H
- Schwartzman A
- Sen N
- Shabalina E
- Shivpuri RK
- Shpakov D
- Shupe M
- Sidwell RA
- Simak V
- Singh H
- Singh JB
- Sirotenko V
- Slattery P
- Smith E
- Smith RP
- Snihur R
- Snow GR
- Snow J
- Snyder S
- Solomon J
- Sorin V
- Sosebee M
- Sotnikova N
- Soustruznik K
- Souza M
- Stanton NR
- Steinbruck G
- Stephens RW
- Stichelbaut F
- Stoker D
- Stolin V
- Stone A
- Stoyanova DA
- Strauss M
- Strovink M
- Stutte L
- Sznajder A
- Talby M
- Taylor W
- Tentindo-Repond S
- Tripathi SM
- Trippe TG
- Turcot AS
- Tuts PM
- van Kooten R
- Vaniev V
- Varelas N
- Vertogradov LS
- Villeneuve-Seguier F
- Volkov AA
- Vorobiev AP
- Wahl HD
- Wang H
- Wang Z-M
- Warchol J
- Watts G
- Wayne M
- Weerts H
- White A
- White JT
- Whiteson D
- Wightman JA
- Wijngaarden DA
- Willis S
- Wimpenny SJ
- Womersley J
- Wood DR
- Xu Q
- Yamada R
- Yamin P
- Yasuda T
- Yatsunenko YA
- Yip K
- Youssef S
- Yu J
- Yu Z
- Zanabria M
- Zhang X
- Zheng H
- Zhou B
- Zhou Z
- Zielinski M
- Zieminska D
- Zieminski A
- Zutshi V
- Zverev EG
- Zylberstejn A
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2001
- Field of study
We report a measurement of the differential cross section for W boson
production as a function of its transverse momentum in proton-antiproton
collisions at sqrt{s} = 1.8 TeV. The data were collected by the D0 experiment
at the Fermilab Tevatron Collider during 1994-1995 and correspond to an
integrated luminosity of 85 pb^{-1}. The results are in good agreement with
quantum chromodynamics over the entire range of transverse momentum.Comment: Accepted by Physics Letters
Measurement of the ratio of differential cross sections for W and Z boson production as a function of transverse momentum in pbar p collisions at sqrt(s)=1.8 TeV
- Author
- Abazov VM
- Abbott B
- Abdesselam A
- Abolins M
- Abramov V
- Acharya BS
- Adams DL
- Adams M
- Ahmed SN
- Alexeev GD
- Alves GA
- Amos N
- Anderson EW
- Arnoud Y
- Baarmand MM
- Babintsev VV
- Babukhadia L
- Bacon TC
- Baden A
- Baldin B
- Balm PW
- Banerjee S
- Barberis E
- Baringer P
- Barreto J
- Bartlett JF
- Bassler U
- Bauer D
- Bean A
- Beaudette F
- Begel M
- Belyaev A
- Beri SB
- Bernardi G
- Bertram I
- Besson A
- Beuselinck R
- Bezzubov VA
- Bhat PC
- Bhatnagar V
- Bhattacharjee M
- Blazey G
- Blessing S
- Boehnlein A
- Bojko NI
- Borcherding F
- Bos K
- Brandt A
- Breedon R
- Briskin G
- Brock R
- Brooijmans G
- Bross A
- Buchholz D
- Buehler M
- Buescher V
- Burtovoi VS
- Butler JM
- Canelli F
- Carvalho W
- Casey D
- Casilum Z
- Castilla-Valdez H
- Chakraborty D
- Chan KM
- Chekulaev SV
- Cho DK
- Choi S
- Chopra S
- Christenson JH
- Chung M
- Claes D
- Clark AR
- Cochran J
- Coney L
- Connolly B
- Cooper WE
- Coppage D
- Crépé-Renaudin S
- Cummings MAC
- Cutts D
- da Motta H
- Davis GA
- Davis K
- de Jong SJ
- De K
- Del Signore K
- Demarteau M
- Demina R
- Demine P
- Denisov D
- Denisov SP
- Desai S
- Diehl HT
- Diesburg M
- Doulas S
- Ducros Y
- Dudko LV
- Duensing S
- Duflot L
- Dugad SR
- Duperrin A
- Dyshkant A
- Edmunds D
- Ellison J
- Elvira VD
- Engelmann R
- Eno S
- Eppley G
- Ermolov P
- Eroshin OV
- Estrada J
- Evans H
- Evdokimov VN
- Fahland T
- Feher S
- Fein D
- Ferbel T
- Filthaut F
- Fisk HE
- Fisyak Y
- Flattum E
- Fleuret F
- Fortner M
- Fox H
- Frame KC
- Fu S
- Fuess S
- Gallas E
- Galyaev AN
- Gao M
- Gavrilov V
- Genik RJ
- Genser K
- Gerber CE
- Gershtein Y
- Gilmartin R
- Ginther G
- Goncharov PI
- González Solís JL
- Gordon H
- Goss LT
- Gounder K
- Goussiou A
- Graf N
- Graham G
- Grannis PD
- Green JA
- Greenlee H
- Greenwood ZD
- Grinstein S
- Groer L
- Grunendahl S
- Gupta A
- Gurzhiev SN
- Gutierrez G
- Gutierrez P
- Gómez B
- Gómez G
- Hadley NJ
- Haggerty H
- Hagopian S
- Hagopian V
- Hall RE
- Hanlet P
- Hansen S
- Hauptman JM
- Hays C
- Hebert C
- Hedin D
- Heinmiller JM
- Heinson AP
- Heintz U
- Heuring T
- Hildreth MD
- Hirosky R
- Hobbs JD
- Hoeneisen B
- Huang Y
- Illingworth R
- Ito AS
- Jaffré M
- Jain S
- Jesik R
- Johns K
- Johnson M
- Jonckheere A
- Jones M
- Juste A
- Jöstlein H
- Kahl W
- Kahn S
- Kajfasz E
- Kalinin AM
- Karmanov D
- Karmgard D
- Ke Z
- Kehoe R
- Khanov A
- Kharchilava A
- Kim SK
- Klima B
- Knuteson B
- Ko W
- Kohli JM
- Kostritskiy AV
- Kotcher J
- Kothari B
- Kotwal AV
- Kozelov AV
- Kozlovsky EA
- Krane J
- Krishnaswamy MR
- Krivkova P
- Krzywdzinski S
- Kubantsev M
- Kuleshov S
- Kulik Y
- Kunori S
- Kupco A
- Kuznetsov VE
- Landsberg G
- Lee WM
- Leflat A
- Leggett C
- Lehner F
- Li J
- Li QZ
- Li X
- Lima JGR
- Lincoln D
- Linn SL
- Linnemann J
- Lipton R
- Lucotte A
- Lueking L
- Lundstedt C
- Luo C
- Maciel AKA
- Madaras RJ
- Malyshev VL
- Manankov V
- Mao HS
- Marshall T
- Martin MI
- Mauritz KM
- May B
- Mayorov AA
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- Melanson HL
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- Mihalcea D
- Mishra CS
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- Montgomery HE
- Moore RW
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- Wang Z-M
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- Weerts H
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- Whiteson D
- Wightman JA
- Wijngaarden DA
- Willis S
- Wimpenny SJ
- Womersley J
- Wood DR
- Xu Q
- Yamada R
- Yamin P
- Yasuda T
- Yatsunenko YA
- Yip K
- Youssef S
- Yu J
- Yu Z
- Zanabria M
- Zhang X
- Zheng H
- Zhou B
- Zhou Z
- Zielinski M
- Zieminska D
- Zieminski A
- Zutshi V
- Zverev EG
- Zylberstejn A
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2001
- Field of study
We report on a measurement of the ratio of the differential cross sections
for W and Z boson production as a function of transverse momentum in
proton-antiproton collisions at sqrt(s) = 1.8 TeV. This measurement uses data
recorded by the D0 detector at the Fermilab Tevatron in 1994-1995. It
represents the first investigation of a proposal that ratios between W and Z
observables can be calculated reliably using perturbative QCD, even when the
individual observables are not. Using the ratio of differential cross sections
reduces both experimental and theoretical uncertainties, and can therefore
provide smaller overall uncertainties in the measured mass and width of the W
boson than current methods used at hadron colliders.Comment: 10 pages, 2 figures, to be published in Physics Letters
A922 Sequential measurement of 1 hour creatinine clearance (1-CRCL) in critically ill patients at risk of acute kidney injury (AKI)
- Author
- Abbott TE
- Abdallah RI
- Abdel-Aal IR
- Abdelmonem SA
- Abdo WF
- Abellan AN
- Abellán AN
- Abellán AN
- Abellán AN
- Abrams ST
- Ackerley C
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- AKI Research Group
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- CAPCRI Study
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- Champigneulle B
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- Chao A
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- Charitidou E
- Charpentier C
- Charpentier J
- Charron C
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- Chernyshuk S
- Chevret S
- Chhor V
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- Chiang CH
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- Chiappa C
- Chiou KR
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- Chiu LC
- Chiumello D
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- Christopher KB
- Chrétien JM
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- Cinel I
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- de la Fuente MV
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- Hua Y
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- Hualde JB
- Hualde JB
- Hualde JB
- Hualde JB
- Hualde JB
- Huang CH
- Huang WC
- Huang WC
- Huang WC
- Huang WC
- Hubbard A
- Huber W
- Huddart S
- Hull AM
- Hung CY
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- Huot B
- Husheer SL
- Hutchings S
- Hutchison R
- Hwang GS
- Hwang GS
- Ibañes PG
- Ibsen M
- Idei M
- Idei M
- Idone FA
- Iesu E
- Iesu E
- Iglesias-Santiago A
- Ignacio ML
- Iida A
- Iijima H
- Ilan R
- Ilyina V
- Imanaka H
- Inaloo S
- Ince C
- Iotti GA
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- IPREA Study Group
- Irazabal JM
- Irazabal JM
- Ishimatsu S
- Itenov TS
- Iwamoto M
- Izawa M
- Izdes S
- Jaber S
- Jacky A
- Jacobs FM
- Jacques T
- Jaffal K
- Jamali S
- Jang BH
- Janotka M
- Janotka M
- Janotka M
- Jansen D
- Jansen N
- Japan Septic Disseminated Intravascular Coagulation (JSEPTIC DIC) study group
- Jardim JJ
- Jardim M
- Jareño A
- Javadpour S
- Jayasinghe S
- Jean-Baptiste S
- Jean-Baptiste S
- Jensen AE
- Jensen JU
- Jeon YD
- Jeon YD
- Jeong IY
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- Jian Z
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- Jibaja M
- Jimenez-Herrera MF
- Jiménez GJ
- Jo YH
- Joachim J
- Jochmans S
- John G
- Jonas M
- Jonas M
- Jonas M
- Jones C
- Joshi R
- Joshi V
- Jovaisa T
- JSEPTIC (Japanese Society of Education for Physicians and Trainees in Intensive Care) Clinical Trial Group
- Juan WC
- Juanas CA
- Judickas S
- Juez A
- Juliarena A
- Jun IG
- Jun IG
- Jung K
- Jung KW
- Junior JM
- Kaczirek K
- Kaese S
- Kalani N
- Kalenka A
- Kalfon P
- Kamali E
- Kaminsky GE
- Kaneko M
- Kang M
- Kang M
- Kang PL
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- Kang Y
- Kao KC
- Kappler F
- Kara A
- Karachi F
- Karanjia N
- Karbing DS
- Karsten E
- Kasdan H
- Kashiya S
- Kashyap R
- Katabami K
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- Katira BH
- Kavanagh BP
- Kawamura N
- Kawano S
- Kay FU
- Kayaaslan B
- Kayambu G
- Kazutoshi F
- Ke MW
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- Keep J
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- Keller E
- Kellner F
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- Keough E
- Kerhuel L
- Kerr C
- Kezyte G
- Khadjibaev A
- Khaliq W
- Khine H
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- King HS
- Kinnear J
- Kirakli C
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- Kirca H
- Kirman M
- Kirwan CJ
- Kittnar O
- Klapsing P
- Klaus DA
- Kleinpell R
- Kluge S
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- Ko JI
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- Kobayashi A
- Koco E
- Kodate A
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- Kokkini S
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- Komuro T
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- Kongpolprom N
- Kooner G
- Kostalas M
- Kosuk ME
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- Kou PS
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- Kovacikova L
- Kox M
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- Krenn CG
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- Kristof J
- Kruger A
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- Ku NS
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- Kubik M
- Kubota K
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- Kulaga EV
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- Kumari BK
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- Kunze-Szikszay N
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- Kurth T
- Kurtz P
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- Kwon HM
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- Kye YC
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- Labaune MA
- Labra C
- Lacerda P
- Laerkner E
- Lafaurie M
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- Lagonidis D
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- Lebherz-Eichinger D
- Lebiedz P
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- Lipcsey M
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- Lissonde F
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- Litchfield K
- Liu CP
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- Liu D
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- Spronk PE
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- Sprung CL
- St George’s University of London
- Stamm J
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- Student Research Committee - Shiraz University of Medical Sciences
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- Tokyo Womens Medical University
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- Wathanawatthu T
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- Welters I
- Wetz A
- Weyer CM
- White C
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- Wijayatilake DS
- Wildenberg L
- Wilks M
- Wilson ME
- WIND study group
- WIND study group
- WIND study group
- Winder-Rhodes S
- Witter T
- Wolf M
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- Wong Y
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- Yamaguchi Y
- Yamaguchi Y
- Yamamoto H
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- Yaman G
- Yamashita K
- Yamazaki A
- Yan WW
- Yan WW
- Yang JH
- Yang JS
- Yang YL
- Yasuda H
- Yatabe T
- Yebenes JC
- Yeh YC
- Yemets H
- Yergaliyeva A
- Yılmaz G
- Yilmazer F
- Yodice P
- Yokoyama M
- Yonis H
- Yonis H
- Yonis H
- Yoon SZ
- Yoruk F
- Yoshida K
- Yoshida T
- Yoshida T
- Yoshida T
- Yoshida T
- Yoshihiro S
- Yoshitake E
- You KM
- Youn AM
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- Yumoto T
- Yuzawa J
- Yuzawa J
- Zabaletta WJ
- Zabini D
- Zahorec M
- Zaien I
- Zakynthinos S
- Zanello M
- Zani D
- Zarantonello F
- Zayas B
- Zepeda EM
- Zeroual N
- Zerva L
- Zhang J
- Zhou JC
- Zhou JC
- Zhou JX
- Zhovnir V
- Zibandah N
- Zijlstra F
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- Zogheib E
- Zogheib E
- Zogheib E
- Zullino V
- Zwaag J
- Zýková I
- Álvarez JT
- Álvarez-Lerma F
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2016
- Field of study
Meeting abstrac
Search for narrow t(t)over-bar resonances in p(p)over-bar collisions at root s=1.8 TeV
- Author
- Abazov VM
- Abbott B
- Abdesselam A
- Abolins M
- Abramov V
- Acharya BS
- Adams DL
- Adams M
- Ahmed SN
- Alexeev GD
- Alton A
- Alves GA
- Anderson EW
- Arnoud Y
- Avila C
- Babintsev VV
- Babukhadia L
- Bacon TC
- Baden A
- Baffioni S
- Baldin B
- Balm PW
- Banerjee S
- Barberis E
- Baringer P
- Barreto J
- Bartlett JF
- Bassler U
- Bauer D
- Bean A
- Beaudette F
- Begel M
- Belyaev A
- Beri SB
- Bernardi G
- Bertram I
- Besson A
- Beuselinck R
- Bezzubov VA
- Bhat PC
- Bhatnagar V
- Bhattacharjee M
- Blazey G
- Blekman F
- Blessing S
- Boehnlein A
- Bojko NI
- Bolton TA
- Borcherding F
- Bos K
- Bose T
- Brandt A
- Briskin G
- Brock R
- Brooijmans G
- Bross A
- Buchholz D
- Buehler M
- Buescher V
- Burtovoi VS
- Butler JM
- Canelli F
- Carvalho W
- Casey D
- Castilla-Valdez H
- Chakraborty D
- Chan KM
- Chekulaev SV
- Cho DK
- Choi S
- Chopra S
- Claes D
- Clark AR
- Connolly B
- Cooper WE
- Coppage D
- Crepe-Renaudin S
- Cummings MAC
- Cutts D
- da Motta H
- Davis GA
- de Jong SJ
- De K
- Demarteau M
- Demina R
- Demine P
- Denisov D
- Denisov SP
- Desai S
- Diehl HT
- Diesburg M
- DO Collaboration .
- Doulas S
- Dudko LV
- Duensing S
- Duflot L
- Dugad SR
- Duperrin A
- Dyshkant A
- Edmunds D
- Ellison J
- Eltzroth JT
- Elvira VD
- Engelmann R
- Eno S
- Eppley G
- Ermolov P
- Eroshin OV
- Estrada J
- Evans H
- Evdokimov VN
- Fein D
- Ferbel T
- Filthaut F
- Fisk HE
- Fleuret F
- Fortner M
- Fox H
- Fu S
- Fuess S
- Gallas E
- Galyaev AN
- Gao M
- Gavrilov V
- Genik II RJ
- Genser K
- Gerber CE
- Gershtein Y
- Ginther G
- Gomez B
- Goncharov PI
- Gordon H
- Gounder K
- Goussiou A
- Graf N
- Grannis PD
- Green JA
- Greenlee H
- Greenwood ZD
- Grinstein S
- Groer L
- Grunendahl S
- Gurzhiev SN
- Gutierrez G
- Gutierrez P
- Hadley NJ
- Haggerty H
- Hagopian S
- Hagopian V
- Hall RE
- Han C
- Hansen S
- Hauptman JM
- Hebert C
- Hedin D
- Heinmiller JM
- Heinson AP
- Heintz U
- Hildreth MD
- Hirosky R
- Hobbs JD
- Hoeneisen B
- Huang J
- Huang Y
- Iashvili I
- Illingworth R
- Ito AS
- Jaffre M
- Jain S
- Jesik R
- Johns K
- Johnson M
- Jonckheere A
- Jostlein H
- Juste A
- Kahl W
- Kahn S
- Kajfasz E
- Kalinin AM
- Karmanov D
- Karmgard D
- Kehoe R
- Khanov A
- Kharchilava A
- Klima B
- Kohli JM
- Kostritskiy AV
- Kotcher J
- Kothhari B
- Kozelov AV
- Kozlovsky EA
- Krane J
- Krishnaswamy MR
- Krivkova P
- Krzywdzinski S
- Kubantsev M
- Kuleshov S
- Kulik Y
- Kunori S
- Kupco A
- Kuznetsov VE
- Landsberg G
- Lee WM
- Leflat A
- Lehner F
- Leonidopoulos C
- Li J
- Li QZ
- Lima JGR
- Lincoln D
- Linn SL
- Linnemann J
- Lipton R
- Lucotte A
- Lueking L
- Lundstedt C
- Luo C
- Maciel AKA
- Madaras RJ
- Malyshev VL
- Manankov V
- Mao HS
- Marshall T
- Martin MI
- Mayorov AA
- McCarthy R
- McMahon T
- Melanson HL
- Merkin M
- Merritt KW
- Miao C
- Miettinen H
- Mihalcea D
- Mokhov N
- Mondal NK
- Montgomery HE
- Moore RW
- Mutaf YD
- Nagy E
- Nang F
- Narain M
- Narasimham VS
- Naumann NA
- Neal HA
- Negret JP
- Nomerotski A
- Nunnemann T
- O'Neil D
- Oguri V
- Olivier B
- Oshima N
- Padley P
- Papageorgiou K
- Parashar N
- Partridge R
- Parua N
- Patwa A
- Peters O
- Petroff P
- Piegaia R
- Pope BG
- Prosper HB
- Protopopescu S
- Przybycien MB
- Qian J
- Quadt A
- Raja R
- Rajagopalan S
- Rapidis PA
- Reay NW
- Reucroft S
- Ridel M
- Rijssenbeek M
- Rizatdinova F
- Rockwell T
- Royon C
- Rubinov P
- Ruchti R
- Sabirov BM
- Sajot G
- Santoro A
- Sawyer L
- Schamberger RD
- Schellman H
- Schwartzman A
- Shabalina E
- Shivpuri RK
- Shpakov D
- Shupe M
- Sidwell RA
- Simak V
- Sirotenko V
- Slattery P
- Smith RP
- Snow GR
- Snow J
- Snyder S
- Solomon J
- Song Y
- Sorin V
- Sosebee M
- Sotnikova N
- Soustruznik K
- Souza M
- Stanton NR
- Steinbruck G
- Stoker D
- Stolin V
- Stone A
- Stoyanova DA
- Strang MA
- Strauss M
- Strovink M
- Stutte L
- Sznajder A
- Talby M
- Taylor W
- Tentindo-Repond S
- Tripathi SM
- Trippe TG
- Turcot AS
- Tuts PM
- Van Kooten R
- Vaniev V
- Varelas N
- Villeneuve-Seguier F
- Volkov AA
- Vorobiev AP
- Wahl HD
- Wang ZM
- Warchol J
- Watts G
- Wayne M
- Weerts H
- White A
- Whiteson D
- Wijngaarden DA
- Willis S
- Wimpenny SJ
- Womersley J
- Wood DR
- Xu Q
- Yamada R
- Yamin P
- Yasuda T
- Yatsunenko YA
- Yip K
- Yu J
- Zanabria M
- Zhang X
- Zheng H
- Zhou B
- Zhou Z
- Zielinski M
- Zieminska D
- Zieminski A
- Zutshi V
- Zverev EG
- Zylberstejn A
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 04/06/2004
- Field of study
A search for narrow resonances that decay into t (t) over bar pairs has been performed using 130 pb(-1) of data in the lepton + jets channel collected by the DO detector in p (p) over bar collisions at roots=1.8 TeV. There is no significant deviation observed from the standard-model predictions at a top-quark mass of 175 GeV/c(2). We therefore present upper limits at the 95% confidence level on the product of the production cross section and branching fraction to t (t) over bar for narrow resonances as a function of the resonance mass M-X. These limits are used to exclude the existence of a leptophobic top-color particle with mass M-X<560 GeV/c(2), using a theoretical cross section for a width Gamma(X)=0.012M(X)
Search for doubly charged Higgs boson pair production in the decay to mu(+)mu(+)mu(-)mu(-) in p(p)over-bar collisions at root s=1.96 TeV
- Author
- Abazov VM
- Abbott B
- Abolins M
- Acharya BS
- Adams DL
- Adams M
- Adams T
- Agelou M
- Agram JL
- Ahmed SN
- Ahn SH
- Alexeev GD
- Alkhazov G
- Alton A
- Alverson G
- Alves GA
- Anderson S
- Andrieu B
- Anh TV
- Arnoud Y
- Askew A
- Asman B
- Autermann C
- Avila C
- Babukhadia L
- Bacon TC
- Baden A
- Baffioni S
- Baldin B
- Balm PW
- Banerjee S
- Barberis E
- Bargassa P
- Baringer P
- Barnes C
- Barreto J
- Bartlett JF
- Bassler U
- Bauer D
- Bean A
- Beauceron S
- Beaudette F
- Begel M
- Beri SB
- Bernardi G
- Bertram I
- Besancon M
- Besson A
- Beuselinck R
- Bezzubov VA
- Bhat PC
- Bhatnagar V
- Bhattacharjee M
- Binder M
- Bischoff A
- Black KM
- Blackler I
- Blazey G
- Blekman F
- Bloch D
- Blumenschein U
- Boehnlein A
- Bolton TA
- Bonamy P
- Borcherding F
- Borissov G
- Bos K
- Bose T
- Boswell C
- Brandt A
- Briskin G
- Brock R
- Brooijmans G
- Bross A
- Buchholz D
- Buehler M
- Buescher V
- Burdin S
- Burnett TH
- Busato E
- Butler JM
- Bystricky J
- Canelli F
- Carvalho W
- Casey BCK
- Casey D
- Cason NM
- Castilla-Valdez H
- Chakrabarti S
- Chakraborty D
- Chan KM
- Chandra A
- Chapin D
- Charles F
- Cheu E
- Chevalier L
- Cho DK
- Choi S
- Chopra S
- Christiansen T
- Christofek L
- Claes D
- Clark AR
- Clement C
- Coadou Y
- Colling DJ
- Coney L
- Connolly B
- Cooper WE
- Coppage D
- Corcoran M
- Coss J
- Cothenet A
- Cousinou MC
- Crepe-Renaudin S
- Cristetiu M
- Cummings MAC
- Cutts D
- D0 Collaboration .
- da Motta H
- da Silva WLP
- Davies B
- Davies G
- Davis GA
- de Jong P
- de Jong SJ
- De la Cruz-Burelo E
- De K
- Dean S
- Del Signore K
- Deliot F
- Delsart PA
- Demarteau M
- Demina R
- Demine P
- Denisov D
- Denisov SP
- Desai S
- Diehl HT
- Diesburg M
- Doidge M
- Dong H
- Doulas S
- Duflot L
- Dugad SR
- Duperrin A
- Dyer J
- Dyshkant A
- Eads M
- Edmunds D
- Edwards T
- Ellison J
- Elmsheuser J
- Eltzroth JT
- Elvira VD
- Eno S
- Ermolov P
- Eroshin OV
- Estrada J
- Evans D
- Evans H
- Evdokimov A
- Evdokimov VN
- Fast J
- Fatakia SN
- Fein D
- Feligioni L
- Ferbel T
- Fiedler F
- Filthaut F
- Fisk HE
- Fleuret F
- Fortner M
- Fox H
- Freeman W
- Fu S
- Fuess S
- Galea CF
- Gallas E
- Galyaev E
- Gao M
- Garcia C
- Garcia-Bellido A
- Gardner J
- Garzon GJOY
- Gavrilov V
- Gele D
- Gelhaus R
- Genser K
- Gerber CE
- Gershtein Y
- Geurkov G
- Ginther G
- Goldmann K
- Golling T
- Gomez B
- Gounder K
- Goussiou A
- Graham G
- Grannis PD
- Greder S
- Green JA
- Greenlee H
- Greenwood ZD
- Gregores EM
- Grinstein S
- Grivaz JF
- Groer L
- Grunendahl S
- Grunewald MW
- Gu W
- Gurzhiev SN
- Gutierrez G
- Gutierrez P
- Haas A
- Hadley NJ
- Haggerty H
- Hagopian S
- Hall I
- Hall RE
- Han C
- Han L
- Hanagaki K
- Hanlet P
- Harder K
- Hauptman JM
- Hauser R
- Hays C
- Hays J
- Hebert C
- Hedin D
- Heinmiller JM
- Heinson AP
- Heintz U
- Hensel C
- Hesketh G
- Hildreth MD
- Hirosky R
- Hobbs JD
- Hoeneisen B
- Hohlfeld M
- Hong SJ
- Hooper R
- Hou S
- Hu Y
- Huang J
- Huang Y
- Iashvili I
- Illingworth R
- Ito AS
- Jabeen S
- Jaffre M
- Jain S
- Jain V
- Jakobs K
- Jenkins A
- Jesik R
- Jiang Y
- Johns K
- Johnson M
- Johnson P
- Jonckheere A
- Jonsson P
- Jostlein H
- Juste A
- Kado MM
- Kafer D
- Kahl W
- Kahn S
- Kajfasz E
- Kalinin AM
- Kalk J
- Karmanov D
- Kasper J
- Kau D
- Ke Z
- Kehoe R
- Kermiche S
- Kesisoglou S
- Khanov A
- Kharchilava A
- Kharzheev YM
- Kim KH
- Klima B
- Klute M
- Kohli JM
- Kopal M
- Korablev V
- Kotcher J
- Kothari B
- Kotwal AV
- Koubarovsky A
- Kouchner A
- Kouznetsov O
- Kozelov AV
- Kozminski J
- Krane J
- Krishnaswamy MR
- Krzywdzinski S
- Kubantsev M
- Kuleshov S
- Kulik Y
- Kunori S
- Kupco A
- Kurca T
- Kuznetsov VE
- Lager S
- Lahrichi N
- Landsberg G
- Lazoflores J
- Le Bihan AC
- Lebrun P
- Lee SW
- Lee WM
- Leflat A
- Leggett C
- Lehner F
- Leonidopoulos C
- Lewis P
- Li J
- Li QZ
- Li X
- Lima JGR
- Lincoln D
- Linn SL
- Linnemann J
- Lipton R
- Lobo L
- Lobodenko A
- Lokajicek M
- Lounis A
- Lu J
- Lubatti HJ
- Lucotte A
- Lueking L
- Luo C
- Lynker M
- Lyon AL
- Maciel AKA
- Madaras RJ
- Magnan AM
- Maity M
- Mal PK
- Malik S
- Malyshev VL
- Manankov V
- Mao HS
- Maravin Y
- Marshall T
- Martens M
- Martin MI
- Martins CD
- Mattingly SEK
- Mayorov AA
- McCarthy R
- McCroskey R
- McMahon T
- Meder D
- Melanson HL
- Melnitchouk A
- Meng X
- Merkin M
- Merritt KW
- Meyer A
- Miao C
- Miettinen H
- Mihalcea D
- Mishra CS
- Mitrevski J
- Mokhov N
- Molina J
- Mondal NK
- Montgomery HE
- Moore RW
- Mostafa M
- Muanza GS
- Mulders M
- Mutaf YD
- Nagy E
- Nang F
- Narain M
- Narasimham VS
- Naumann NA
- Neal HA
- Negret JP
- Nelson S
- Neustroev P
- Noeding C
- Nomerotski A
- Novaes SF
- Nunnemann T
- Nurse E
- O'Dell V
- O'Neil DC
- Oguri V
- Oliveira N
- Olivier B
- Oshima N
- Padley P
- Papageorgiou K
- Parashar N
- Park J
- Park SK
- Parsons J
- Partridge R
- Parua N
- Patwa A
- Perea PM
- Perez E
- Peters O
- Petroff P
- Petteni M
- Phaf L
- Piegaia R
- Podesta-Lerma PLM
- Podstavkov VM
- Pope BG
- Popkov E
- Prosper HB
- Protopopescu S
- Przybycien MB
- Qian J
- Quadt A
- Quinn B
- Rani KJ
- Rapidis PA
- Ratoff PN
- Reay NW
- Renardy JF
- Reucroft S
- Rha J
- Ridel M
- Rijssenbeek M
- Ripp-Baudot I
- Rizatdinova F
- Royon C
- Rubinov P
- Ruchti R
- Sabirov BM
- Sajot G
- Sanchez-Hernandez A
- Sanders MP
- Santoro A
- Savage G
- Sawyer L
- Scanlon T
- Schamberger RD
- Schellman H
- Schieferdecker P
- Schmitt C
- Schukin A
- Schwartzman A
- Schwienhorst R
- Sengupta S
- Shabalina E
- Shary V
- Shephard WD
- Shpakov D
- Sidwell RA
- Simak V
- Sirotenko V
- Skow D
- Slattery P
- Smith RP
- Smolek K
- Snow GR
- Snow J
- Snyder S
- Soldner-Rembold S
- Song X
- Song Y
- Sonnenschein L
- Sopczak A
- Sorin V
- Sosebee M
- Soustruznik K
- Souza M
- Stanton NR
- Stark J
- Steele J
- Steinbruck G
- Stevenson K
- Stolin V
- Stone A
- Stoyanova DA
- Strandberg J
- Strang MA
- Strauss M
- Strohmer R
- Strovink M
- Stutte L
- Sznajder A
- Talby M
- Tamburello P
- Taylor W
- Telford P
- Temple J
- Tentindo-Repond S
- Thomas E
- Thooris B
- Tomoto M
- Toole T
- Torborg J
- Towers S
- Trefzger T
- Trincaz-Duvoid S
- Trippe TG
- Tuchming B
- Turcot AS
- Tuts PM
- Uvarov L
- Uvarov S
- Uzunyan S
- Vachon B
- Van Kooten R
- van Leeuwen WM
- Varelas N
- Varnes EW
- Vasilyev I
- Verdier P
- Vertogradov LS
- Verzocchi M
- Villeneuve-Seguier F
- Vlimant JR
- Von Toerne E
- Vreeswijk M
- Wahl HD
- Walker R
- Wallace N
- Wang ZM
- Warchol J
- Warsinsky M
- Watts G
- Wayne M
- Weber M
- Weerts H
- Wegner M
- White A
- White V
- Whiteson D
- Wicke D
- Wijngaarden DA
- Wilson GW
- Wimpenny SJ
- Wittlin J
- Wlodek T
- Wobisch M
- Womersley J
- Wood DR
- Wu Z
- Wyatt TR
- Xu Q
- Xuan N
- Yamada R
- Yasuda T
- Yatsunenko YA
- Yen Y
- Yip K
- Youn SW
- Yu J
- Yurkewicz A
- Zabi A
- Zatserklyaniy A
- Zdrazil M
- Zeitnitz C
- Zhang B
- Zhang D
- Zhang X
- Zhao T
- Zhao Z
- Zheng H
- Zhou B
- Zhou Z
- Zhu J
- Zielinski M
- Zieminska D
- Zieminski A
- Zitoun R
- Zutshi V
- Zverev EG
- Zylberstejn A
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2004
- Field of study
A search for pair production of doubly charged Higgs bosons in the process p (p) over bar -->H++H---->mu(+)mu(+)mu(-)mu(-) is performed with the D0 run II detector at the Fermilab Tevatron. The analysis is based on a sample of inclusive dimuon data collected at an energy of roots=1.96 TeV, corresponding to an integrated luminosity of 113 pb(-1). In the absence of a signal, 95% confidence level mass limits of M(H-L(+/-+/-))>118.4 GeV/c(2) and M(H-R(+/-+/-))>98.2 GeV/c(2) are set for left-handed and right-handed doubly charged Higgs bosons, respectively, assuming 100% branching into muon pairs
Human erythrocytes release ATP by a novel pathway involving VDAC oligomerization independent of pannexin-1
- Author
- AK Bera
- AM Dondorp
- AM Forsyth
- BL Strehler
- C Fernandez-Echevarria
- CA Mannella
- CL Alvarez
- CP Baines
- CR Hatty
- CR Hatty
- DE Macfarlane
- DE Pafundo
- DE Pafundo
- EA Bowles
- ER Lazarowski
- F Hallé
- F Qiu
- G Bouyer
- G Brandolin
- G Dahl
- HA Praetorius
- I Marginedas-Freixa
- J Cleary
- J Fan
- J Feng
- J Gatliff
- J Sikora
- JJ Olearczyk
- JJ Olearczyk
- JL Herrera
- JL Herrera
- L Veenman
- L Wang
- M Allouche
- M Garnier
- M Skals
- M Sridharan
- M Sridharan
- MA Ostuni
- MF Leal Denis
- MF Leal Denis
- MI Melhorn
- ML Ellsworth
- N Montalbetti
- R Grygorczyk
- RS Sprague
- RS Sprague
- RS Sprague
- RS Sprague
- RZ Sabirov
- RZ Sabirov
- S Locovei
- S Shimizu
- SF Okada
- SM Knebel
- SP Adderley
- T Bordet
- T Lenglet
- T Rostovtseva
- V Pinto De
- V Shoshan-Barmatz
- W Ma
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2018
- Field of study
International audienceWe previously demonstrated that the translocase protein TSPO2 together with the voltage-dependent anion channel (VDAC) and adenine nucleotide transporter (ANT) were involved in a membrane transport complex in human red blood cells (RBCs). Because VDAC was proposed as a channel mediating ATP release in RBCs, we used TSPO ligands together with VDAC and ANT inhibitors to test this hypothesis. ATP release was activated by TSPO ligands, and blocked by inhibitors of VDAC and ANT, while it was insensitive to pannexin-1 blockers. TSPO ligand increased extracellular ATP (ATPe) concentration by 24–59% over the basal values, displaying an acute increase in [ATPe] to a maximal value, which remained constant thereafter. ATPe kinetics were compatible with VDAC mediating a fast but transient ATP efflux. ATP release was strongly inhibited by PKC and PKA inhibitors as well as by depleting intracellular cAMP or extracellular Ca2+, suggesting a mechanism involving protein kinases. TSPO ligands favoured VDAC polymerization yielding significantly higher densities of oligomeric bands than in unstimulated cells. Polymerization was partially inhibited by decreasing Ca2+ and cAMP contents. The present results show that TSPO ligands induce polymerization of VDAC, coupled to activation of ATP release by a supramolecular complex involving VDAC, TSPO2 and AN
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