124 research outputs found
A search for new physics in central exclusive production using the missing mass technique with the CMS detector and the CMS-TOTEM precision proton spectrometer
- Author
- Aarrestad T. K.
- Abbaneo D.
- Abbiendi G.
- Abbrescia M.
- Abdullin S.
- Abercrombie D.
- Abreu A.
- Acharya H.
- Acosta D.
- Acosta H. A. Encinas
- Adam W.
- Adamidis K.
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- Addesa F. M.
- Adloff C.
- Adzic P.
- Adán D. Pérez
- Afanasiev S.
- Agapitos A.
- Agarwal G.
- Agram J.-L.
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- Castro A.
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- Cavallari F.
- Cavallo F. R.
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- CMS and TOTEM Collaborations
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- Yumiceva F.
- Yusuff I.
- Yzquierdo A. Pérez-Calero
- Zabi A.
- Zacharopoulou A.
- Zaleski S.
- Zalewski P.
- Zanetti M.
- Zarubin A.
- Zarucki M.
- Zecchinelli A. G.
- Zeid S. Abu
- Zeinali M.
- Zeuner W. D.
- Zghiche A.
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- Zumerle G.
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- Álvarez C. Ramón
- Österberg K.
- Özçelik Ö.
- Široký J.
- Publication venue
- Springer Verlag
- Publication date
- 05/10/2023
- Field of study
Get PDFA generic search is presented for the associated production of a Z boson or a photon with an additional unspecified massive particle X, pp → pp + Z/γ + X, in proton-tagged events from proton–proton collisions at √s = 13 TeV, recorded in 2017 with the CMS detector and the CMS-TOTEM precision proton spectrometer. The missing mass spectrum is analysed in the 600–1600 GeV range and a fit is performed to search for possible deviations from the background expectation. No significant excess in data with respect to the background predictions has been observed. odelindependent upper limits on the visible production cross section of pp → pp + Z/γ + X are set
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- Wagner SR
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- Waltenberger W
- Walter D
- Wan Y
- Wanczyk J
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- Wang C
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- Wayne M
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- Whitbeck A
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- Wickramage N
- Wickramarathna DDC
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- Wiens L
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- Wilson J
- Wimpenny S
- Winer BL
- Winterbottom D
- Wissing C
- Wittich P
- Wittig F
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- Wood D
- Wright D
- Wu HY
- Wuchterl S
- Wulansatiti M
- Wulff JW
- Wulz C-E
- Wyslouch B
- Würthwein F
- Xiang Y
- Xiao J
- Xiao M
- Xie S
- Xie W
- Yagil A
- Yalvac M
- Yan F
- Yan X
- Yanes E
- Yang H
- Yang S
- Yang TJ
- Yang UK
- Yang Y
- Yang YC
- Yao Y
- Yarar H
- Yates BR
- Yazgan E
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- Yi R
- Yigitbasi E
- Yockey H
- Yohay R
- Yoo HD
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- Yoo J
- Yoon I
- You Z
- Yu D
- Yu I
- Yu SS
- Yuan L
- Yuan S
- Yuldashev BS
- Yusuff I
- Yzquierdo AP-C
- Zabi A
- Zabolotny W
- Zacharopoulou A
- Zaleski S
- Zalewski P
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- Zarubin A
- Zarucki M
- Zaza A
- Zecchinelli AG
- Zehetner P
- Zeid SA
- Zeinali M
- Zejdl P
- Zeuner WD
- Zghiche A
- Zhang F
- Zhang H
- Zhang J
- Zhang L
- Zhang W
- Zhang Y
- Zhizhin I
- Zhokin A
- Zhou C
- Zhu RY
- Ziemons T
- Zilizi G
- Zipper N
- Zisopoulos I
- Zoi I
- Zolkapli Z
- Zorbakir IS
- Zorbilmez C
- Zotto P
- Zotz A
- Zou R
- Zucchetta A
- Zumerle G
- Zuo X
- Zuolo D
- Zygala L
- Álvarez CR
- Publication venue
- Springer Nature
- Publication date
- 04/09/2024
- Field of study
Get PDFA preprint version of the article is available at: arXiv:2402.15366v2 [physics.ins-det], https://arxiv.org/abs/2402.15366 . Comments: Replaced with the published version. Added the journal reference and the DOI. All the figures and tables can be found at https://cms-results.web.cern.ch/cms-results/public-results/publications/MLG-23-001 (CMS Public Pages). Report numbers: CMS-MLG-23-001, CERN-EP-2023-303.Data Availability: No datasets were generated or analyzed during the current study.Computing demands for large scientific experiments, such as the CMS experiment at the CERN LHC, will increase dramatically in the next decades. To complement the future performance increases of software running on central processing units (CPUs), explorations of coprocessor usage in data processing hold great potential and interest. Coprocessors are a class of computer processors that supplement CPUs, often improving the execution of certain functions due to architectural design choices. We explore the approach of Services for Optimized Network Inference on Coprocessors (SONIC) and study the deployment of this as-a-service approach in large-scale data processing. In the studies, we take a data processing workflow of the CMS experiment and run the main workflow on CPUs, while offloading several machine learning (ML) inference tasks onto either remote or local coprocessors, specifically graphics processing units (GPUs). With experiments performed at Google Cloud, the Purdue Tier-2 computing center, and combinations of the two, we demonstrate the acceleration of these ML algorithms individually on coprocessors and the corresponding throughput improvement for the entire workflow. This approach can be easily generalized to different types of coprocessors and deployed on local CPUs without decreasing the throughput performance. We emphasize that the SONIC approach enables high coprocessor usage and enables the portability to run workflows on different types of coprocessors.SCOAP3. Open access funding provided by CERN (European Organization for Nuclear Research
Search for standard-model Z and Higgs bosons decaying into a bottom-antibottom quark pair in proton-antiproton collisions at 1.96 TeV
- Author
- A. B. and Wilbur
- A. F. and Garosi
- A. M. and Zeng
- A. T. and Goulianos
- A. T. and Lammel
- A. and Annovi
- A. and Antos
- A. and Asaadi
- A. and Azfar
- A. and Barnes
- A. and Bhatti
- A. and Bland
- A. and Bodek
- A. and Bortoletto
- A. and Brigliadori
- A. and Calamba
- A. and Camarda
- A. and Catastini
- A. and Cerrito
- A. and Clarke
- A. and Di Ruzza
- A. and Ebina
- A. and Erbacher
- A. and Gomez
- A. and Hong
- A. and James
- A. and Kato
- A. and Kreps
- A. and Lipeles
- A. and Liu
- A. and Lucchesi
- A. and Lueck
- A. and Marchese
- A. and Mazzanti
- A. and Mehtala
- A. and Miyake
- A. and Muller
- A. and Nett
- A. and Prokoshin
- A. and Rodriguez
- A. and Russ
- A. and Schlabach
- A. and Sforza
- A. and Sliwa
- A. and Suslov
- Aaltonen
- And Manousakis-Katsikakis
- B. A. and Barria
- B. L. and Wittich
- B. and Aurisano
- B. and Bocci
- B. and Carlsmith
- B. and Casarsa
- B. and Dittmann
- B. and Farrington
- B. and Jeon
- B. and Kim
- C. A. and Cox
- C. M. and Giokaris
- C. S. and Moore
- C. and Brucken
- C. and Convery
- C. and da Costa
- C. and Garfinkel
- C. and Heinrich
- C. and Miao
- C. and Palencia
- C. and Phillips
- C. and Pondrom
- C. and Vernieri
- C. and Vidal
- C. and Zucchelli
- D. H. and Kim
- D. J. and Cremonesi
- D. J. and Konigsberg
- D. and Anastassov
- D. and Beretvas
- D. and Boudreau
- D. and Carosi
- D. and Cavaliere
- D. and Clark
- D. and Cuevas
- D. and Gold
- D. and Golossanov
- D. and Jayatilaka
- D. and Luca
- D. and Mitra
- D. and Strologas
- D. and Tokar
- D. and Torre
- D. and Totaro
- D. and Wester
- D. and Wicklund
- D. and Yang
- E. E. and Schwarz
- E. J. and Jindariani
- E. and Budagov
- E. and Giagu
- E. and Grosso-Pilcher
- E. and Jang
- E. and Lister
- E. and Mietlicki
- E. and Palni
- E. and Pilot
- E. and Thukral
- F. D. and Song
- F. and Badgett
- F. and Behari
- F. and Carls
- F. and Di Canto
- F. and Hara
- F. and Marino
- F. and Ptohos
- F. and Punzi
- F. and Ristori
- F. and Ruiz
- F. and Seidel
- F. and Shalhout
- F. and Uozumi
- F. and Velev
- G. B. and Yu
- G. P. and Yi
- G. and Appel
- G. and Bellinger
- G. and Bussey
- G. and Chlachidze
- G. and Cho
- G. and Forrest
- G. and Gomez-Ceballos
- G. and Goncharov
- G. and Iori
- G. and Lee
- G. and Lys
- G. and Paulini
- G. and Pianori
- G. and Redondo Fernandez
- G. and Vellidis
- G. and Wagner
- H. H. and Wilson
- H. S. and Burkett
- H. S. and Kim
- H. S. and Lee
- H. and Funakoshi
- H. and Gerchtein
- H. and Moed
- H. and Sorin
- H. and Wright
- I and Goshaw
- I and Napier
- I and Renton
- I and Simonenko
- I and Takemasa
- I and Zanetti
- Iii
- J. A. and Arisawa
- J. C. and Frisch
- J. D. and Limosani
- J. E. and Kim
- J. L. and Ruffini
- J. P. and Field
- J. R. and Donati
- J. R. and Snider
- J. S. and Leo
- J. S. and Wilson
- J. Y. and Happacher
- J. and Apollinari
- J. and Ashmanskas
- J. and Benjamin
- J. and Boveia
- J. and Budd
- J. and Corbo
- J. and Culbertson
- J. and Herndon
- J. and Introzzi
- J. and Kilminster
- J. and Kotwal
- J. and Kruse
- J. and Lujan
- J. and Lysak
- J. and Nagai
- J. and Nakano
- J. and Nigmanov
- J. and Pitts
- J. and Rusu
- J. and Sudo
- J. and Tecchio
- J. and Thomson
- J. and Vogel
- J. and Yorita
- J. Guimaraes and Hahn
- K. K. and Jun
- K. R. and Blumenfeld
- K. and Busetto
- K. and Chokheli
- K. and Edgar
- K. and Ginsburg
- K. and Gramellini
- K. and Hare
- K. and Hays
- K. and Kong
- K. and Latino
- K. and Mattson
- K. and Plager
- K. and Pranko
- K. and Saveliev
- K. and Smith
- K. and Takeuchi
- K. and Tomura
- K. and Yamato
- K. and Yoh
- K. and Yoshida
- L. and Bromberg
- L. and Chen
- L. and Deninno
- L. and Margaroli
- L. and Noh
- L. and Oh
- L. and Pagliarone
- L. and Poprocki
- L. and Robson
- L. and Sato
- L. and Scuri
- M. E. and Conway
- M. E. and Mazzacane
- M. J. and Kim
- M. J. and Mukherjee
- M. and Bedeschi
- M. and Canelli
- M. and Castro
- M. and Chiarelli
- M. and Cordelli
- M. and Cox
- M. and Cruz
- M. and D'Errico
- M. and de Barbaro
- M. and Devoto
- M. and Dorigo
- M. and Driutti
- M. and Freeman
- M. and Goldin
- M. and Gonzalez Lopez
- M. and Harr
- M. and Hocker
- M. and Huston
- M. and Ivanov
- M. and Joo
- M. and Kamon
- M. and Kondo
- M. and Kroll
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- M. and Laasanen
- M. and Lannon
- M. and Nachtman
- M. and Paus
- M. and Rimondi
- M. and Roser
- M. and Shochet
- M. and Shreyber-Tecker
- M. and Stentz
- M. and Teng
- M. and Ukegawa
- M. and Vilar
- M. and Volpi
- Manca G.
- N. and Datta
- N. and Giromini
- N. and Kirby
- N. and Moon
- O. and Gorelov
- O. and Oakes
- P. E. and Kasmi
- P. F. and Shimojima
- P. K. and Thom
- P. and Bartos
- P. and Bauce
- P. and Butti
- P. and Buzatu
- P. and Cauz
- P. and Demortier
- P. and Gerberich
- P. and Glagolev
- P. and Lukens
- P. and Lungu
- P. and Malik
- P. and Matera
- P. and McNulty
- P. and Mesropian
- P. and Mussini
- P. and Papadimitriou
- P. and Rescigno
- P. and Schmidt
- P. and Trovato
- P. and Wallny
- P. and Winer
- P. and Wolbers
- Q. and Liu
- R. E. and Husemann
- R. F. and Harrington-Taber
- R. and Carrillo
- R. and d'Ascenzo
- R. and Elagin
- R. and Errede
- R. and Flanagan
- R. and Franklin
- R. and Madrak
- R. and Maestro
- R. and Mehta
- R. and Morello
- R. and Ortolan
- R. and Rosner
- R. and Stancari
- R. and Vizan
- R. and Wang
- S. B. and Kim
- S. H. and Kim
- S. H. and Oh
- S. M. and Waters
- S. R. and Han
- S. Y. and Junk
- S. Y. and Norniella
- S. Z. and Shears
- S. And
- S. and Amidei
- S. and Bellettini
- S. and Campanelli
- S. and Casal
- S. and CDF Collaboration
- S. and D'Onofrio
- S. and Esham
- S. and Fernandez Ramos
- S. and Giakoumopoulou
- S. and Hughes
- S. and Jones
- S. and Lancaster
- S. and Leone
- S. and Lewis
- S. and Loginov
- S. and Moggi
- S. and Potamianos
- S. and Ronzani
- S. and Seiya
- S. and Tollefson
- S. and Torretta
- S. and Vazquez
- S. and Williams
- S. and Wolfmeister
- T. J. and Piacentino
- T. R. and Kambeitz
- T. and Amerio
- T. and Artikov
- T. and Barbaro-Galtieri
- T. and Hatakeyama
- T. and Karchin
- T. and Kurata
- T. and Lockwitz
- T. and Michielin
- T. and Nodulman
- T. and Orava
- T. and Rolli
- T. and Scodellaro
- T. and Shepard
- T. and Tonelli
- T. and Wu
- T. and Yang
- T. and Yu
- Th and Murat
- U. K. and Yang
- U. and Hussein
- V and St Denis
- V and Cerri
- V and Gibson
- V and Glenzinski
- V and Parker
- V and Sakumoto
- V and Savoy-Navarro
- V and Toback
- V
- V. E. and Barnett
- W-M and Yeh
- W. C. and Whiteson
- W. K. and Sakurai
- W. and Auerbach
- W. and Bae
- W. and Hou
- W. and Keung
- W. and Pauletta
- X. and Wu
- Y. C. and Chertok
- Y. C. and Yao
- Y. D. and Okusawa
- Y. J. and Kim
- Y. K. and Kimura
- Y. and Galloni
- Y. and Ketchum
- Y. and Naganoma
- Y. and Santi
- Y. and Semenov
- Y. and Sukhanov
- Y. and Tang
- Y. and Zhou
- Z. and Hopkins
- Z. and Yamamoto
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2018
- Field of study
Get PDFThe Collider Detector at Fermilab collected a unique sample of jets originating from bottom-quark fragmentation (b-jets) by selecting online proton-antiproton (p[¯ over p]) collisions with a vertex displaced from the p[¯ over p] interaction point, consistent with the decay of a bottom-quark hadron. This data set, collected at a center-of-mass energy of 1.96 TeV, and corresponding to an integrated luminosity of 5.4 fb[superscript -1], is used to measure the Z-boson production cross section times branching ratio into b[¯ over b]. The number of Z→b[¯ over b] events is determined by fitting the dijet-mass distribution, while constraining the dominant b-jet background, originating from QCD multijet events, with data. The result, σ(p[¯ over p]→Z)×B(Z→b[¯ over b])=1.11 ± 0.08(stat) ± 0.14(syst) nb, is the most precise measurement of this process, and is consistent with the standard-model prediction. The data set is also used to search for Higgs-boson production. No significant signal is expected in our data and the first upper limit on the cross section for the inclusive p[¯ over p]→H→b[¯ over b] process at √s=1.96 TeV is set, corresponding to 33 times the expected standard-model cross section, or σ=40.6 pb, at the 95% confidence level.National Science Foundation (U.S.)United States. Department of EnergyAlfred P. Sloan Foundatio
Search for the Exotic Meson X(5568) with the Collider Detector at Fermilab
- Author
- . and Manousakis-Katsikakis
- A. B. and Wilbur
- A. F. and Garosi
- A. M. and Zeng
- A. T. and Goulianos
- A. T. and Lammel
- A. and Annovi
- A. and Antos
- A. and Asaadi
- A. and Azfar
- A. and Barnes
- A. and Bhatti
- A. and Bland
- A. and Bodek
- A. and Bortoletto
- A. and Brigliadori
- A. and Calamba
- A. and Camarda
- A. and Catastini
- A. and Cerrito
- A. and Clarke
- A. and Di Ruzza
- A. and Ebina
- A. and Erbacher
- A. and Gomez
- A. and Hong
- A. and James
- A. and Kato
- A. and Kreps
- A. and Lipeles
- A. and Liu
- A. and Lucchesi
- A. and Lueck
- A. and Marchese
- A. and Mazzanti
- A. and Mehtala
- A. and Miyake
- A. and Muller
- A. and Nett
- A. and Prokoshin
- A. and Rodriguez
- A. and Russ
- A. and Schlabach
- A. and Sforza
- A. and Sliwa
- A. and Suslov
- Aaltonen
- B. A. and Barria
- B. L. and Wittich
- B. and Aurisano
- B. and Bocci
- B. and Carlsmith
- B. and Casarsa
- B. and Dittmann
- B. and Farrington
- B. and Jeon
- B. and Kim
- C. A. and Cox
- C. M. and Giokaris
- C. S. and Moore
- C. and Brucken
- C. and Convery
- C. and da Costa
- C. and Garfinkel
- C. and Heinrich
- C. and Miao
- C. and Palencia
- C. and Phillips
- C. and Pondrom
- C. and Vernieri
- C. and Vidal
- C. and Zucchelli
- D. H. and Kim
- D. J. and Cremonesi
- D. J. and Konigsberg
- D. and Anastassov
- D. and Beretvas
- D. and Boudreau
- D. and Carosi
- D. and Cavaliere
- D. and Clark
- D. and Cuevas
- D. and Gold
- D. and Golossanov
- D. and Jayatilaka
- D. and Luca
- D. and Mitra
- D. and Strologas
- D. and Tokar
- D. and Torre
- D. and Totaro
- D. and Wester
- D. and Wicklund
- D. and Yang
- E. E. and Schwarz
- E. J. and Jindariani
- E. and Budagov
- E. and Giagu
- E. and Grosso-Pilcher
- E. and Jang
- E. and Lister
- E. and Palni
- E. and Pilot
- E. and Thukral
- F. D. and Song
- F. and Badgett
- F. and Behari
- F. and Carls
- F. and Di Canto
- F. and Hara
- F. and Marino
- F. and Ptohos
- F. and Punzi
- F. and Ristori
- F. and Ruiz
- F. and Seidel
- F. and Shalhout
- F. and Uozumi
- F. and Velev
- G. B. and Yu
- G. P. and Yi
- G. and Appel
- G. and Bellinger
- G. and Bussey
- G. and Chlachidze
- G. and Cho
- G. and Forrest
- G. and Gomez-Ceballos
- G. and Goncharov
- G. and Iori
- G. and Lee
- G. and Lys
- G. and Paulini
- G. and Pianori
- G. and Redondo Fernandez
- G. and Vellidis
- G. and Wagner
- H. H. and Wilson
- H. S. and Burkett
- H. S. and Kim
- H. S. and Lee
- H. and Funakoshi
- H. and Gerchtein
- H. and Moed
- H. and Sorin
- H. and Wright
- I and Goshaw
- I and Napier
- I and Renton
- I and Simonenko
- I and Takemasa
- I and Zanetti
- Iii
- J. A. and Arisawa
- J. C. and Frisch
- J. D. and Limosani
- J. E. and Kim
- J. L. and Ruffini
- J. P. and Field
- J. R. and Donati
- J. R. and Snider
- J. S. and Leo
- J. S. and Wilson
- J. Y. and Happacher
- J. and Apollinari
- J. and Ashmanskas
- J. and Benjamin
- J. and Boveia
- J. and Budd
- J. and Corbo
- J. and Culbertson
- J. and Herndon
- J. and Introzzi
- J. and Kilminster
- J. and Kotwal
- J. and Kruse
- J. and Lujan
- J. and Lysak
- J. and Nagai
- J. and Nakano
- J. and Nigmanov
- J. and Pitts
- J. and Rusu
- J. and Sudo
- J. and Tecchio
- J. and Thomson
- J. and Vogel
- J. and Yorita
- J. Guimaraes and Hahn
- K. K. and Jun
- K. R. and Blumenfeld
- K. and Busetto
- K. and Chokheli
- K. and Edgar
- K. and Ginsburg
- K. and Gramellini
- K. and Hare
- K. and Hays
- K. and Kong
- K. and Latino
- K. and Mattson
- K. and Plager
- K. and Pranko
- K. and Saveliev
- K. and Smith
- K. and Takeuchi
- K. and Tomura
- K. and Yamato
- K. and Yoh
- K. and Yoshida
- L. and Bromberg
- L. and Chen
- L. and Deninno
- L. and Margaroli
- L. and Noh
- L. and Oh
- L. and Pagliarone
- L. and Poprocki
- L. and Robson
- L. and Sato
- L. and Scuri
- M. E. and Conway
- M. E. and Mazzacane
- M. J. and Kim
- M. J. and Mukherjee
- M. and Bedeschi
- M. and Canelli
- M. and Castro
- M. and Chiarelli
- M. and Cordelli
- M. and Cox
- M. and Cruz
- M. and D'Errico
- M. and de Barbaro
- M. and Devoto
- M. and Dorigo
- M. and Driutti
- M. and Freeman
- M. and Goldin
- M. and Gonzalez Lopez
- M. and Harr
- M. and Hocker
- M. and Huston
- M. and Ivanov
- M. and Joo
- M. and Kamon
- M. and Kondo
- M. and Kroll
- M. and Kuhr
- M. and Laasanen
- M. and Lannon
- M. and Nachtman
- M. and Paus
- M. and Rimondi
- M. and Roser
- M. and Shochet
- M. and Shreyber-Tecker
- M. and Stentz
- M. and Teng
- M. and Ukegawa
- M. and Vilar
- M. and Volpi
- Manca G
- N. and Datta
- N. and Giromini
- N. and Kirby
- N. and Moon
- O. and Gorelov
- O. and Oakes
- P. E. and Kasmi
- P. F. and Shimojima
- P. K. and Thom
- P. and Bartos
- P. and Bauce
- P. and Butti
- P. and Buzatu
- P. and Cauz
- P. and Demortier
- P. and Gerberich
- P. and Glagolev
- P. and Lukens
- P. and Lungu
- P. and Malik
- P. and Matera
- P. and McNulty
- P. and Mesropian
- P. and Mussini
- P. and Papadimitriou
- P. and Rescigno
- P. and Schmidt
- P. and Trovato
- P. and Wallny
- P. and Winer
- P. and Wolbers
- Q. and Liu
- R. E. and Husemann
- R. F. and Harrington-Taber
- R. and Carrillo
- R. and d'Ascenzo
- R. and Elagin
- R. and Errede
- R. and Flanagan
- R. and Franklin
- R. and Madrak
- R. and Maestro
- R. and Mehta
- R. and Morello
- R. and Ortolan
- R. and Rosner
- R. and Stancari
- R. and Vizan
- R. and Wang
- S. B. and Kim
- S. H. and Kim
- S. H. and Oh
- S. M. and Waters
- S. R. and Han
- S. Y. and Junk
- S. Y. and Norniella
- S. Z. and Shears
- S. And
- S. and Amidei
- S. and Bellettini
- S. and Campanelli
- S. and Casal
- S. and CDF Collaboration
- S. and D'Onofrio
- S. and Esham
- S. and Fernandez Ramos
- S. and Giakoumopoulou
- S. and Hughes
- S. and Jones
- S. and Lancaster
- S. and Leone
- S. and Lewis
- S. and Loginov
- S. and Moggi
- S. and Potamianos
- S. and Ronzani
- S. and Seiya
- S. and Tollefson
- S. and Torretta
- S. and Vazquez
- S. and Williams
- S. and Wolfmeister
- T. J. and Piacentino
- T. R. and Kambeitz
- T. and Amerio
- T. and Artikov
- T. and Barbaro-Galtieri
- T. and Hatakeyama
- T. and Karchin
- T. and Kurata
- T. and Lockwitz
- T. and Mietlicki
- T. and Nodulman
- T. and Orava
- T. and Rolli
- T. and Scodellaro
- T. and Shepard
- T. and Tonelli
- T. and Wu
- T. and Yang
- T. and Yu
- Th and Murat
- U. K. and Yang
- U. and Hussein
- V and St Denis
- V and Cerri
- V and Gibson
- V and Glenzinski
- V and Parker
- V and Sakumoto
- V and Savoy-Navarro
- V and Toback
- V
- V. E. and Barnett
- W-M and Yeh
- W. C. and Whiteson
- W. K. and Sakurai
- W. and Auerbach
- W. and Bae
- W. and Hou
- W. and Keung
- W. and Pauletta
- X. and Wu
- Y. C. and Chertok
- Y. C. and Yao
- Y. D. and Okusawa
- Y. J. and Kim
- Y. K. and Kimura
- Y. and Galloni
- Y. and Ketchum
- Y. and Naganoma
- Y. and Santi
- Y. and Semenov
- Y. and Sukhanov
- Y. and Tang
- Y. and Zhou
- Z. and Hopkins
- Z. and Yamamoto
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 27/12/2017
- Field of study
Get PDFA search for the exotic meson X(5568) decaying into the B[subscript s][superscript 0]π[superscript ±] final state is performed using data corresponding to 9.6 fb[superscript -1] from pp[over ¯] collisions at sqrt[s]=1960 GeV recorded by the Collider Detector at Fermilab. No evidence for this state is found and an upper limit of 6.7% at the 95% confidence level is set on the fraction of B[subscript s][superscript 0] produced through the X(5568)→B[subscript s][superscript 0]π[superscript ±} process
Search for standard-model Z and Higgs bosons decaying into a bottom-antibottom quark pair in proton-antiproton collisions at 1.96 TeV
- Author
- A. B. and Wilbur
- A. F. and Garosi
- A. M. and Zeng
- A. T. and Goulianos
- A. T. and Lammel
- A. and Annovi
- A. and Antos
- A. and Asaadi
- A. and Azfar
- A. and Barnes
- A. and Bhatti
- A. and Bland
- A. and Bodek
- A. and Bortoletto
- A. and Brigliadori
- A. and Calamba
- A. and Camarda
- A. and Catastini
- A. and Cerrito
- A. and Clarke
- A. and Di Ruzza
- A. and Ebina
- A. and Erbacher
- A. and Gomez
- A. and Hong
- A. and James
- A. and Kato
- A. and Kreps
- A. and Lipeles
- A. and Liu
- A. and Lucchesi
- A. and Lueck
- A. and Marchese
- A. and Mazzanti
- A. and Mehtala
- A. and Miyake
- A. and Muller
- A. and Nett
- A. and Prokoshin
- A. and Rodriguez
- A. and Russ
- A. and Schlabach
- A. and Sforza
- A. and Sliwa
- A. and Suslov
- Aaltonen
- And Manousakis-Katsikakis
- B. A. and Barria
- B. L. and Wittich
- B. and Aurisano
- B. and Bocci
- B. and Carlsmith
- B. and Casarsa
- B. and Dittmann
- B. and Farrington
- B. and Jeon
- B. and Kim
- C. A. and Cox
- C. M. and Giokaris
- C. S. and Moore
- C. and Brucken
- C. and Convery
- C. and da Costa
- C. and Garfinkel
- C. and Heinrich
- C. and Miao
- C. and Palencia
- C. and Phillips
- C. and Pondrom
- C. and Vernieri
- C. and Vidal
- C. and Zucchelli
- D. H. and Kim
- D. J. and Cremonesi
- D. J. and Konigsberg
- D. and Anastassov
- D. and Beretvas
- D. and Boudreau
- D. and Carosi
- D. and Cavaliere
- D. and Clark
- D. and Cuevas
- D. and Gold
- D. and Golossanov
- D. and Jayatilaka
- D. and Luca
- D. and Mitra
- D. and Strologas
- D. and Tokar
- D. and Torre
- D. and Totaro
- D. and Wester
- D. and Wicklund
- D. and Yang
- E. E. and Schwarz
- E. J. and Jindariani
- E. and Budagov
- E. and Giagu
- E. and Grosso-Pilcher
- E. and Jang
- E. and Lister
- E. and Mietlicki
- E. and Palni
- E. and Pilot
- E. and Thukral
- F. D. and Song
- F. and Badgett
- F. and Behari
- F. and Carls
- F. and Di Canto
- F. and Hara
- F. and Marino
- F. and Ptohos
- F. and Punzi
- F. and Ristori
- F. and Ruiz
- F. and Seidel
- F. and Shalhout
- F. and Uozumi
- F. and Velev
- G. B. and Yu
- G. P. and Yi
- G. and Appel
- G. and Bellinger
- G. and Bussey
- G. and Chlachidze
- G. and Cho
- G. and Forrest
- G. and Gomez-Ceballos
- G. and Goncharov
- G. and Iori
- G. and Lee
- G. and Lys
- G. and Paulini
- G. and Pianori
- G. and Redondo Fernandez
- G. and Vellidis
- G. and Wagner
- H. H. and Wilson
- H. S. and Burkett
- H. S. and Kim
- H. S. and Lee
- H. and Funakoshi
- H. and Gerchtein
- H. and Moed
- H. and Sorin
- H. and Wright
- I and Goshaw
- I and Napier
- I and Renton
- I and Simonenko
- I and Takemasa
- I and Zanetti
- Iii
- J. A. and Arisawa
- J. C. and Frisch
- J. D. and Limosani
- J. E. and Kim
- J. L. and Ruffini
- J. P. and Field
- J. R. and Donati
- J. R. and Snider
- J. S. and Leo
- J. S. and Wilson
- J. Y. and Happacher
- J. and Apollinari
- J. and Ashmanskas
- J. and Benjamin
- J. and Boveia
- J. and Budd
- J. and Corbo
- J. and Culbertson
- J. and Herndon
- J. and Introzzi
- J. and Kilminster
- J. and Kotwal
- J. and Kruse
- J. and Lujan
- J. and Lysak
- J. and Nagai
- J. and Nakano
- J. and Nigmanov
- J. and Pitts
- J. and Rusu
- J. and Sudo
- J. and Tecchio
- J. and Thomson
- J. and Vogel
- J. and Yorita
- J. Guimaraes and Hahn
- K. K. and Jun
- K. R. and Blumenfeld
- K. and Busetto
- K. and Chokheli
- K. and Edgar
- K. and Ginsburg
- K. and Gramellini
- K. and Hare
- K. and Hays
- K. and Kong
- K. and Latino
- K. and Mattson
- K. and Plager
- K. and Pranko
- K. and Saveliev
- K. and Smith
- K. and Takeuchi
- K. and Tomura
- K. and Yamato
- K. and Yoh
- K. and Yoshida
- L. and Bromberg
- L. and Chen
- L. and Deninno
- L. and Margaroli
- L. and Noh
- L. and Oh
- L. and Pagliarone
- L. and Poprocki
- L. and Robson
- L. and Sato
- L. and Scuri
- M. E. and Conway
- M. E. and Mazzacane
- M. J. and Kim
- M. J. and Mukherjee
- M. and Bedeschi
- M. and Canelli
- M. and Castro
- M. and Chiarelli
- M. and Cordelli
- M. and Cox
- M. and Cruz
- M. and D'Errico
- M. and de Barbaro
- M. and Devoto
- M. and Dorigo
- M. and Driutti
- M. and Freeman
- M. and Goldin
- M. and Gonzalez Lopez
- M. and Harr
- M. and Hocker
- M. and Huston
- M. and Ivanov
- M. and Joo
- M. and Kamon
- M. and Kondo
- M. and Kroll
- M. and Kuhr
- M. and Laasanen
- M. and Lannon
- M. and Nachtman
- M. and Paus
- M. and Rimondi
- M. and Roser
- M. and Shochet
- M. and Shreyber-Tecker
- M. and Stentz
- M. and Teng
- M. and Ukegawa
- M. and Vilar
- M. and Volpi
- Manca G.
- N. and Datta
- N. and Giromini
- N. and Kirby
- N. and Moon
- O. and Gorelov
- O. and Oakes
- P. E. and Kasmi
- P. F. and Shimojima
- P. K. and Thom
- P. and Bartos
- P. and Bauce
- P. and Butti
- P. and Buzatu
- P. and Cauz
- P. and Demortier
- P. and Gerberich
- P. and Glagolev
- P. and Lukens
- P. and Lungu
- P. and Malik
- P. and Matera
- P. and McNulty
- P. and Mesropian
- P. and Mussini
- P. and Papadimitriou
- P. and Rescigno
- P. and Schmidt
- P. and Trovato
- P. and Wallny
- P. and Winer
- P. and Wolbers
- Q. and Liu
- R. E. and Husemann
- R. F. and Harrington-Taber
- R. and Carrillo
- R. and d'Ascenzo
- R. and Elagin
- R. and Errede
- R. and Flanagan
- R. and Franklin
- R. and Madrak
- R. and Maestro
- R. and Mehta
- R. and Morello
- R. and Ortolan
- R. and Rosner
- R. and Stancari
- R. and Vizan
- R. and Wang
- S. B. and Kim
- S. H. and Kim
- S. H. and Oh
- S. M. and Waters
- S. R. and Han
- S. Y. and Junk
- S. Y. and Norniella
- S. Z. and Shears
- S. And
- S. and Amidei
- S. and Bellettini
- S. and Campanelli
- S. and Casal
- S. and CDF Collaboration
- S. and D'Onofrio
- S. and Esham
- S. and Fernandez Ramos
- S. and Giakoumopoulou
- S. and Hughes
- S. and Jones
- S. and Lancaster
- S. and Leone
- S. and Lewis
- S. and Loginov
- S. and Moggi
- S. and Potamianos
- S. and Ronzani
- S. and Seiya
- S. and Tollefson
- S. and Torretta
- S. and Vazquez
- S. and Williams
- S. and Wolfmeister
- T. J. and Piacentino
- T. R. and Kambeitz
- T. and Amerio
- T. and Artikov
- T. and Barbaro-Galtieri
- T. and Hatakeyama
- T. and Karchin
- T. and Kurata
- T. and Lockwitz
- T. and Michielin
- T. and Nodulman
- T. and Orava
- T. and Rolli
- T. and Scodellaro
- T. and Shepard
- T. and Tonelli
- T. and Wu
- T. and Yang
- T. and Yu
- Th and Murat
- U. K. and Yang
- U. and Hussein
- V and St Denis
- V and Cerri
- V and Gibson
- V and Glenzinski
- V and Parker
- V and Sakumoto
- V and Savoy-Navarro
- V and Toback
- V
- V. E. and Barnett
- W-M and Yeh
- W. C. and Whiteson
- W. K. and Sakurai
- W. and Auerbach
- W. and Bae
- W. and Hou
- W. and Keung
- W. and Pauletta
- X. and Wu
- Y. C. and Chertok
- Y. C. and Yao
- Y. D. and Okusawa
- Y. J. and Kim
- Y. K. and Kimura
- Y. and Galloni
- Y. and Ketchum
- Y. and Naganoma
- Y. and Santi
- Y. and Semenov
- Y. and Sukhanov
- Y. and Tang
- Y. and Zhou
- Z. and Hopkins
- Z. and Yamamoto
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2018
- Field of study
No full textThe Collider Detector at Fermilab collected a unique sample of jets originating from bottom-quark fragmentation (b-jets) by selecting online proton-antiproton (pp̄) collisions with a vertex displaced from the pp̄ interaction point, consistent with the decay of a bottom-quark hadron. This data set, collected at a center-of-mass energy of 1.96 TeV, and corresponding to an integrated luminosity of 5.4 fb-1, is used to measure the Z-boson production cross section times branching ratio into bb̄. The number of Z→bb̄ events is determined by fitting the dijet-mass distribution, while constraining the dominant b-jet background, originating from QCD multijet events, with data. The result, σ(pp̄→Z)×B(Z→bb̄)=1.11±0.08(stat)±0.14(syst) nb, is the most precise measurement of this process, and is consistent with the standard-model prediction. The data set is also used to search for Higgs-boson production. No significant signal is expected in our data and the first upper limit on the cross section for the inclusive pp̄→H→bb̄ process at s=1.96 TeV is set, corresponding to 33 times the expected standard-model cross section, or σ=40.6 pb, at the 95% confidence level
Search for the Exotic Meson X(5568) with the Collider Detector at Fermilab
- Author
- . and Manousakis-Katsikakis
- A. B. and Wilbur
- A. F. and Garosi
- A. M. and Zeng
- A. T. and Goulianos
- A. T. and Lammel
- A. and Annovi
- A. and Antos
- A. and Asaadi
- A. and Azfar
- A. and Barnes
- A. and Bhatti
- A. and Bland
- A. and Bodek
- A. and Bortoletto
- A. and Brigliadori
- A. and Calamba
- A. and Camarda
- A. and Catastini
- A. and Cerrito
- A. and Clarke
- A. and Di Ruzza
- A. and Ebina
- A. and Erbacher
- A. and Gomez
- A. and Hong
- A. and James
- A. and Kato
- A. and Kreps
- A. and Lipeles
- A. and Liu
- A. and Lucchesi
- A. and Lueck
- A. and Marchese
- A. and Mazzanti
- A. and Mehtala
- A. and Miyake
- A. and Muller
- A. and Nett
- A. and Prokoshin
- A. and Rodriguez
- A. and Russ
- A. and Schlabach
- A. and Sforza
- A. and Sliwa
- A. and Suslov
- Aaltonen
- B. A. and Barria
- B. L. and Wittich
- B. and Aurisano
- B. and Bocci
- B. and Carlsmith
- B. and Casarsa
- B. and Dittmann
- B. and Farrington
- B. and Jeon
- B. and Kim
- C. A. and Cox
- C. M. and Giokaris
- C. S. and Moore
- C. and Brucken
- C. and Convery
- C. and da Costa
- C. and Garfinkel
- C. and Heinrich
- C. and Miao
- C. and Palencia
- C. and Phillips
- C. and Pondrom
- C. and Vernieri
- C. and Vidal
- C. and Zucchelli
- D. H. and Kim
- D. J. and Cremonesi
- D. J. and Konigsberg
- D. and Anastassov
- D. and Beretvas
- D. and Boudreau
- D. and Carosi
- D. and Cavaliere
- D. and Clark
- D. and Cuevas
- D. and Gold
- D. and Golossanov
- D. and Jayatilaka
- D. and Luca
- D. and Mitra
- D. and Strologas
- D. and Tokar
- D. and Torre
- D. and Totaro
- D. and Wester
- D. and Wicklund
- D. and Yang
- E. E. and Schwarz
- E. J. and Jindariani
- E. and Budagov
- E. and Giagu
- E. and Grosso-Pilcher
- E. and Jang
- E. and Lister
- E. and Palni
- E. and Pilot
- E. and Thukral
- F. D. and Song
- F. and Badgett
- F. and Behari
- F. and Carls
- F. and Di Canto
- F. and Hara
- F. and Marino
- F. and Ptohos
- F. and Punzi
- F. and Ristori
- F. and Ruiz
- F. and Seidel
- F. and Shalhout
- F. and Uozumi
- F. and Velev
- G. B. and Yu
- G. P. and Yi
- G. and Appel
- G. and Bellinger
- G. and Bussey
- G. and Chlachidze
- G. and Cho
- G. and Forrest
- G. and Gomez-Ceballos
- G. and Goncharov
- G. and Iori
- G. and Lee
- G. and Lys
- G. and Paulini
- G. and Pianori
- G. and Redondo Fernandez
- G. and Vellidis
- G. and Wagner
- H. H. and Wilson
- H. S. and Burkett
- H. S. and Kim
- H. S. and Lee
- H. and Funakoshi
- H. and Gerchtein
- H. and Moed
- H. and Sorin
- H. and Wright
- I and Goshaw
- I and Napier
- I and Renton
- I and Simonenko
- I and Takemasa
- I and Zanetti
- Iii
- J. A. and Arisawa
- J. C. and Frisch
- J. D. and Limosani
- J. E. and Kim
- J. L. and Ruffini
- J. P. and Field
- J. R. and Donati
- J. R. and Snider
- J. S. and Leo
- J. S. and Wilson
- J. Y. and Happacher
- J. and Apollinari
- J. and Ashmanskas
- J. and Benjamin
- J. and Boveia
- J. and Budd
- J. and Corbo
- J. and Culbertson
- J. and Herndon
- J. and Introzzi
- J. and Kilminster
- J. and Kotwal
- J. and Kruse
- J. and Lujan
- J. and Lysak
- J. and Nagai
- J. and Nakano
- J. and Nigmanov
- J. and Pitts
- J. and Rusu
- J. and Sudo
- J. and Tecchio
- J. and Thomson
- J. and Vogel
- J. and Yorita
- J. Guimaraes and Hahn
- K. K. and Jun
- K. R. and Blumenfeld
- K. and Busetto
- K. and Chokheli
- K. and Edgar
- K. and Ginsburg
- K. and Gramellini
- K. and Hare
- K. and Hays
- K. and Kong
- K. and Latino
- K. and Mattson
- K. and Plager
- K. and Pranko
- K. and Saveliev
- K. and Smith
- K. and Takeuchi
- K. and Tomura
- K. and Yamato
- K. and Yoh
- K. and Yoshida
- L. and Bromberg
- L. and Chen
- L. and Deninno
- L. and Margaroli
- L. and Noh
- L. and Oh
- L. and Pagliarone
- L. and Poprocki
- L. and Robson
- L. and Sato
- L. and Scuri
- M. E. and Conway
- M. E. and Mazzacane
- M. J. and Kim
- M. J. and Mukherjee
- M. and Bedeschi
- M. and Canelli
- M. and Castro
- M. and Chiarelli
- M. and Cordelli
- M. and Cox
- M. and Cruz
- M. and D'Errico
- M. and de Barbaro
- M. and Devoto
- M. and Dorigo
- M. and Driutti
- M. and Freeman
- M. and Goldin
- M. and Gonzalez Lopez
- M. and Harr
- M. and Hocker
- M. and Huston
- M. and Ivanov
- M. and Joo
- M. and Kamon
- M. and Kondo
- M. and Kroll
- M. and Kuhr
- M. and Laasanen
- M. and Lannon
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- S. And
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- S. and Casal
- S. and CDF Collaboration
- S. and D'Onofrio
- S. and Esham
- S. and Fernandez Ramos
- S. and Giakoumopoulou
- S. and Hughes
- S. and Jones
- S. and Lancaster
- S. and Leone
- S. and Lewis
- S. and Loginov
- S. and Moggi
- S. and Potamianos
- S. and Ronzani
- S. and Seiya
- S. and Tollefson
- S. and Torretta
- S. and Vazquez
- S. and Williams
- S. and Wolfmeister
- T. J. and Piacentino
- T. R. and Kambeitz
- T. and Amerio
- T. and Artikov
- T. and Barbaro-Galtieri
- T. and Hatakeyama
- T. and Karchin
- T. and Kurata
- T. and Lockwitz
- T. and Mietlicki
- T. and Nodulman
- T. and Orava
- T. and Rolli
- T. and Scodellaro
- T. and Shepard
- T. and Tonelli
- T. and Wu
- T. and Yang
- T. and Yu
- Th and Murat
- U. K. and Yang
- U. and Hussein
- V and St Denis
- V and Cerri
- V and Gibson
- V and Glenzinski
- V and Parker
- V and Sakumoto
- V and Savoy-Navarro
- V and Toback
- V
- V. E. and Barnett
- W-M and Yeh
- W. C. and Whiteson
- W. K. and Sakurai
- W. and Auerbach
- W. and Bae
- W. and Hou
- W. and Keung
- W. and Pauletta
- X. and Wu
- Y. C. and Chertok
- Y. C. and Yao
- Y. D. and Okusawa
- Y. J. and Kim
- Y. K. and Kimura
- Y. and Galloni
- Y. and Ketchum
- Y. and Naganoma
- Y. and Santi
- Y. and Semenov
- Y. and Sukhanov
- Y. and Tang
- Y. and Zhou
- Z. and Hopkins
- Z. and Yamamoto
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2018
- Field of study
No full textA search for the exotic meson X(5568) decaying into the Bs0π± final state is performed using data corresponding to 9.6 fb-1 from pp̄ collisions at s=1960 GeV recorded by the Collider Detector at Fermilab. No evidence for this state is found and an upper limit of 6.7% at the 95% confidence level is set on the fraction of Bs0 produced through the X(5568)→Bs0π± process
Tevatron Run II combination of the effective leptonic electroweak mixing angle
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- Y. and Avila
- Y. and Erbacher
- Y. and Giagu
- Y. and Illingworth
- Y. and Katsanos
- Y. and Lobodenko
- Y. and Naganoma
- Y. and Petridis
- Y. and Sanchez-Hernandez
- Y. and Schellman
- Y. and Sekaric
- Y. and Sukhanov
- Y. and Tang
- Y. and Xie
- Y. and Yamada
- Y. and Zennamo
- Z. and Hopkins
- Z. and Hughes
- Z. and Wyatt
- Z. and Yeh
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2018
- Field of study
No full textDrell-Yan lepton pairs produced in the process pp→â.,"+â.,"-+X through an intermediate γ∗/Z boson have an asymmetry in their angular distribution related to the spontaneous symmetry breaking of the electroweak force and the associated mixing of its neutral gauge bosons. The CDF and D0 experiments have measured the effective-leptonic electroweak mixing parameter sin2θefflept using electron and muon pairs selected from the full Tevatron proton-antiproton data sets collected in 2001-2011, corresponding to 9-10 fb-1 of integrated luminosity. The combination of these measurements yields the most precise result from hadron colliders, sin2θefflept=0.23148±0.00033. This result is consistent with, and approaches in precision, the best measurements from electron-positron colliders. The standard model inference of the on-shell electroweak mixing parameter sin2θW, or equivalently the W-boson mass MW, using the zfitter software package yields sin2θW=0.22324±0.00033 or equivalently, MW=80.367±0.017 GeV/c2
Measurement of the production and differential cross sections of W+W- bosons in association with jets in p(p)over-bar collisions at root s = 1.96 TeV (vol 91, 111101, 2015)
- Publication venue
- Publication date
- 01/01/2015
- Field of study
No full textObservation of charge-ordering in particle production in hadronic Z(0) decay
- Publication venue
- Publication date
- 01/01/1997
- Field of study
No full textAnalysis of the rapidity structure of charge correlations in hadronic
events from Z(0) decays gives evidence for chain-like charge-ordering of
particle production along the thrust axis, as predicted by
‘QCD-motivated’ string-like fragmentation models. (C) 1997 Published by
Elsevier Science B.V
OBSERVATION OF SHORT-RANGE 3-PARTICLE CORRELATIONS IN E(+)E(-) ANNIHILATIONS AT LEP ENERGIES
- Publication venue
- Publication date
- 01/01/1995
- Field of study
No full textMeasurements are presented of short range three-particle correlations in
e(+)e(-) annihilations at LEP using data collected by the DELPHI
detector. At small values of the four-momentum difference, strong
three-particle correlations are observed for like-sign (+++ and —) and
for unlike-sign (++- and +–) pion combinations which are not a
consequence of two-particle correlations. A possible explanation of the
observed effects in like-sign combinations is the existence of higher
order Bose-Einstein interference, which significantly changes the
particle distributions in jets
- …
