47 research outputs found
Track Reconstruction and Performance of DRIFT Directional Dark Matter Detectors using Alpha Particles
- Author
- A. Petkov
- A.StJ. Murphy
- Alner
- Alner
- Bergstrom
- Bigu
- C. Ghag
- Castleman
- Chu
- Copi
- D. Loomba
- D. Muna
- D.P. Snowden-Ifft
- E. Tziaferi
- Frey
- G.G. Nicklin
- Goldstein
- Hopke
- J. Forbes
- J. Turk
- Leonard
- Lightfoot
- M. Gold
- M. Robinson
- Maiello
- Mangiarotti
- Maniyan
- Martoff
- McLaughlin
- Morgan
- N. Sanghi
- N.J.C. Spooner
- N.J.T. Smith
- Nazaroff
- Ohnuki
- P. Majewski
- Postendörfer
- Press
- S. Burgos
- S.J.S. Plank
- S.M. Paling
- Sasse
- Snowden-Ifft
- Snowden-Ifft
- Snowden-Ifft
- Strydom
- T.B. Lawson
- T.J. Sumner
- V.A. Kudryavtsev
- Yoon
- Publication venue
- 'Elsevier BV'
- Publication date
- 12/07/2007
- Field of study
First results are presented from an analysis of data from the DRIFT-IIa and
DRIFT-IIb directional dark matter detectors at Boulby Mine in which alpha
particle tracks were reconstructed and used to characterise detector
performance--an important step towards optimising directional technology. The
drift velocity in DRIFT-IIa was [59.3 +/- 0.2 (stat) +/- 7.5 (sys)] m/s based
on an analysis of naturally-occurring alpha-emitting background. The drift
velocity in DRIFT-IIb was [57 +/- 1 (stat) +/- 3 (sys)] m/s determined by the
analysis of alpha particle tracks from a Po-210 source. 3D range reconstruction
and energy spectra were used to identify alpha particles from the decay of
Rn-222, Po-218, Rn-220 and Po-216. This study found that (22 +/- 2)% of Po-218
progeny (from Rn-222 decay) are produced with no net charge in 40 Torr CS2. For
Po-216 progeny (from Rn-220 decay) the uncharged fraction is (100 +0 -35)%.Comment: 27 pages, 12 figures, 5 tables. Submitted to Nuclear Instruments and
Methods in Physics Research, Section A. Subj-class: Instrumentation and
Detector
Melting a Hubbard dimer: benchmarks of 'ALDA' for quantum thermodynamics
- Author
- A. Leonard
- A. Pribram-Jones
- A. Silva
- C. Bustamante
- D. Castelvecchi
- D. Girolami
- D. Karlsson
- D.J. Carrascal
- E. Mascarenhas
- E. Runge
- E. Solano-Carrillo
- H.S. Yu
- Irene D’Amico
- J. Eisert
- J. Goold
- J. Millen
- J.I. Fuks
- J.M.R. Parrondo
- J.P. Coe
- J.P. Coe
- J.P. Perdew
- J.P.S. Peterson
- K. Burke
- K. Burke
- K. Capelle
- Konstantin Kikoin
- Krissia Zawadzki
- L. Fusco
- M. Brandbyge
- M. Herrera
- M. Zhong
- M.E. Casida
- Marcela Herrera
- N.A. Lima
- P. Barthelemy
- P. Talkner
- P.A. Camati
- R.O. Jones
- S. An
- S. Kurth
- S. Murmann
- S. Vinjanampathy
- T. Batalhão
- T.B. Batalhão
- W. Kohn
- W. Yang
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 18/03/2018
- Field of study
The competition between evolution time, interaction strength, and temperature
challenges our understanding of many-body quantum systems out-of-equilibrium.
Here we consider a benchmark system, the Hubbard dimer, which allows us to
explore all the relevant regimes and calculate exactly the related average
quantum work. At difference with previous studies, we focus on the effect of
increasing temperature, and show how this can turn competition between
many-body interactions and driving field into synergy. We then turn to use
recently proposed protocols inspired by density functional theory to explore if
these effects could be reproduced by using simple approximations. We find that,
up to and including intermediate temperatures, a method which borrows from
ground-state adiabatic local density approximation improves dramatically the
estimate for the average quantum work, including, in the adiabatic regime, when
correlations are strong. However at high temperature and at least when based on
the pseudo-LDA, this method fails to capture the counterintuitive qualitative
dependence of the quantum work with interaction strength, albeit getting the
quantitative estimates relatively close to the exact results
A muon-track reconstruction exploiting stochastic losses for large-scale Cherenkov detectors
- Author
- Abbasi R.
- Ackermann M.
- Adams J.
- Aguilar J.A.
- Ahlers M.
- Ahrens M.
- Alispach C.
- Alves A.A., Jr.
- Amin N.M.
- An R.
- Andeen K.
- Anderson T.
- Ansseau I.
- Anton G.
- Argüelles C.
- Axani S.
- Bai X.
- Balagopal V. A.
- Barbano A.
- Barwick S.W.
- Bastian B.
- Basu V.
- Baur S.
- Bay R.
- Beatty J.J.
- Becker Tjus J.
- Becker K.-H.
- Bellenghi C.
- BenZvi S.
- Berley D.
- Bernardini E.
- Besson D.Z.
- Binder G.
- Bindig D.
- Blaufuss E.
- Blot S.
- Borowka J.
- Botner O.
- Bourbeau E.
- Bourbeau J.
- Bradascio F.
- Braun J.
- Bron S.
- Brostean-Kaiser J.
- Browne S.
- Burgman A.
- Busse R.S.
- Böser S.
- Böttcher J.
- Campana M.A.
- Chen C.
- Chirkin D.
- Choi K.
- Clark B.A.
- Clark K.
- Classen L.
- Coleman A.
- Collin G.H.
- Conrad J.M.
- Coppin P.
- Correa P.
- Cowen D.F.
- Cross R.
- Dave P.
- De Clercq C.
- De Ridder S.
- de Vries K.D.
- de Wasseige G.
- de With M.
- DeLaunay J.J.
- Dembinski H.
- Deoskar K.
- Desai A.
- Desiati P.
- DeYoung T.
- Dharani S.
- Diaz A.
- Dujmovic H.
- Dunkman M.
- DuVernois M.A.
- Dvorak E.
- Díaz-Vélez J.C.
- Ehrhardt T.
- Eller P.
- Engel R.
- Erpenbeck H.
- Evans J.
- Evenson P.A.
- Fahey S.
- Fazely A.R.
- Fiedlschuster S.
- Fienberg A.T.
- Filimonov K.
- Finley C.
- Fischer L.
- Fox D.
- Franckowiak A.
- Friedman E.
- Fritz A.
- Fürst P.
- Gallagher J.
- Ganster E.
- Garrappa S.
- Gerhardt L.
- Ghadimi A.
- Glaser C.
- Glauch T.
- Glüsenkamp T.
- Goldschmidt A.
- Gonzalez J.G.
- Goswami S.
- Grant D.
- Griffith Z.
- Griswold S.
- Grégoire T.
- Gündüz M.
- Günther C.
- Ha Minh M.
- Haack C.
- Hallgren A.
- Halliday R.
- Halve L.
- Halzen F.
- Hanson K.
- Hardin J.
- Harnisch A.A.
- Haungs A.
- Hauser S.
- Hebecker D.
- Helbing K.
- Henningsen F.
- Hettinger E.C.
- Hickford S.
- Hignight J.
- Hill C.
- Hill G.C.
- Hoffman K.D.
- Hoffmann R.
- Hoinka T.
- Hokanson-Fasig B.
- Hoshina K.
- Huang F.
- Huber M.
- Huber T.
- Hultqvist K.
- Hussain R.
- Hünnefeld M.
- In S.
- Iovine N.
- Ishihara A.
- Jansson M.
- Japaridze G.S.
- Jeong M.
- Jones B.J.P.
- Joppe R.
- K. Gaisser T.
- Kang D.
- Kang W.
- Kang X.
- Kappes A.
- Kappesser D.
- Karg T.
- Karl M.
- Karle A.
- Katz U.
- Kauer M.
- Kellermann M.
- Kelley J.L.
- Kheirandish A.
- Kin K.
- Kintscher T.
- Kiryluk J.
- Klein S.R.
- Koirala R.
- Kolanoski H.
- Kopper C.
- Kopper S.
- Koskinen D.J.
- Koundal P.
- Kovacevich M.
- Kowalski M.
- Krings K.
- Kurahashi N.
- Kyriacou A.
- Köpke L.
- Lagunas Gualda C.
- Lanfranchi J.L.
- Larson M.J.
- Lauber F.
- Lazar J.P.
- Lee J.W.
- Leonard K.
- Leszczyńska A.
- Li Y.
- Liu Q.R.
- Lohfink E.
- Lozano Mariscal C.J.
- Lu L.
- Lucarelli F.
- Ludwig A.
- Luszczak W.
- Lyu Y.
- Ma W.Y.
- Madsen J.
- Mahn K.B.M.
- Makino Y.
- Mancina S.
- Mariş I.C.
- Maruyama R.
- Mase K.
- McNally F.
- Meagher K.
- Medina A.
- Meier M.
- Meighen-Berger S.
- Merz J.
- Micallef J.
- Mockler D.
- Montaruli T.
- Moore R.W.
- Morse R.
- Moulai M.
- Naab R.
- Nagai R.
- Naumann U.
- Necker J.
- Nguyễn L.V.
- Niederhausen H.
- Nisa M.U.
- Nowicki S.C.
- Nygren D.R.
- O\u27Sullivan E.
- Obertacke Pollmann A.
- Oehler M.
- Olivas A.
- Pandya H.
- Pankova D.V.
- Park N.
- Parker G.K.
- Paudel E.N.
- Paul L.
- Philippen S.
- Pieloth D.
- Pieper S.
- Pizzuto A.
- Plum M.
- Popovych Y.
- Porcelli A.
- Prado Rodriguez M.
- Price P.B.
- Pries B.
- Przybylski G.T.
- Pérez de los Heros C.
- Raab C.
- Raissi A.
- Rameez M.
- Rawlins K.
- Rea I.C.
- Rehman A.
- Reimann R.
- Renzi G.
- Resconi E.
- Reusch S.
- Rhode W.
- Richman M.
- Riedel B.
- Robertson S.
- Roellinghoff G.
- Rongen M.
- Rott C.
- Ruhe T.
- Ryckbosch D.
- Rysewyk Cantu D.
- Safa I.
- Saffer J.
- Sanchez Herrera S.E.
- Sandrock A.
- Sandroos J.
- Santander M.
- Sarkar S.
- Sarkar S.
- Satalecka K.
- Scharf M.
- Schaufel M.
- Schieler H.
- Schlunder P.
- Schmidt T.
- Schneider A.
- Schneider J.
- Schröder F.G.
- Schumacher L.
- Sclafani S.
- Seckel D.
- Seunarine S.
- Sharma A.
- Shefali S.
- Silva M.
- Skrzypek B.
- Smithers B.
- Snihur R.
- Soedingrekso J.
- Soldin D.
- Spiczak G.M.
- Spiering C.
- Stachurska J.
- Stamatikos M.
- Stanev T.
- Stein R.
- Stettner J.
- Steuer A.
- Stezelberger T.
- Stuttard T.
- Stürwald T.
- Sullivan G.W.
- Taboada I.
- Tenholt F.
- Ter-Antonyan S.
- Tilav S.
- Tischbein F.
- Tollefson K.
- Tomankova L.
- Toscano S.
- Tosi D.
- Trettin A.
- Tselengidou M.
- Tung C.F.
- Turcati A.
- Turcotte R.
- Turley C.F.
- Twagirayezu J.P.
- Ty B.
- Tönnis C.
- Unland Elorrieta M.A.
- Valtonen-Mattila N.
- van Eijk D.
- van Eijndhoven N.
- van Santen J.
- Vandenbroucke J.
- Vannerom D.
- Verpoest S.
- Vraeghe M.
- Walck C.
- Wallace A.
- Watson T.B.
- Weaver C.
- Weigel P.
- Weindl A.
- Weiss M.J.
- Weldert J.
- Wendt C.
- Werthebach J.
- Weyrauch M.
- Whelan B.J.
- Whitehorn N.
- Wiebusch C.H.
- Williams D.R.
- Wolf M.
- Woschnagg K.
- Wrede G.
- Wulff J.
- Xu X.W.
- Xu Y.
- Yanez J.P.
- Yoshida S.
- Yuan T.
- Zhang Z.
- Publication venue
- IOP Publishing
- Publication date
- 29/10/2021
- Field of study
IceCube is a cubic-kilometer Cherenkov telescope operating at the South Pole. The main goal of IceCube is the detection of astrophysical neutrinos and the identification of their sources. High-energy muon neutrinos are observed via the secondary muons produced in charge current interactions with nuclei in the ice. Currently, the best performing muon track directional reconstruction is based on a maximum likelihood method using the arrival time distribution of Cherenkov photons registered by the experiment\u27s photomultipliers. A known systematic shortcoming of the prevailing method is to assume a continuous energy loss along the muon track. However at energies >1 TeV the light yield from muons is dominated by stochastic showers. This paper discusses a generalized ansatz where the expected arrival time distribution is parametrized by a stochastic muon energy loss pattern. This more realistic parametrization of the loss profile leads to an improvement of the muon angular resolution of up to 20% for through-going tracks and up to a factor 2 for starting tracks over existing algorithms. Additionally, the procedure to estimate the directional reconstruction uncertainty has been improved to be more robust against numerical errors
Search for jet extinction in the inclusive jet-pT spectrum from proton-proton collisions at s=8 TeV
- Author
- Abbaneo D.Cv
- Abbiendi G.Bc
- Abbrescia M.Bb
- Abdullin S.Dz
- Abdulsalam A.Ax
- Acosta D.Ea
- Acosta J.G.En
- Adair A.Ey
- Adam W.B
- Adams M.R.Ee
- Adams T.Ec
- Adiguzel A.Dc
- Adler V.G
- Adzic P.Cq
- Afanasiev S.Ci
- Agapitos A.Ao
- Agram J.-L.ad
- Ahmad A.Cf
- Ahmad M.Cf
- Ahuja S.Av
- Akchurin N.Fe
- Akgun B.Ey
- Akin I.V.Dd
- Albajar C.Cs
- Albayrak E.A.Ef
- Albergo S.Bd
- Albrow M.Dz
- Alcaraz Maestre J.Cr
- Aldaya Martin M.Al
- Alderweireldt S.D
- Aleksandrov A.M
- Alexander J.Dx
- Alimena J.Do
- Alverson G.Eq
- Alves G.A.J
- Amapane N.Bo
- Amsler C.Cy
- Anagnostou G.An
- Anastassov A.Er
- Anderson J.Dz
- Andrea J.Ad
- Andreev V.Cn
- Andreev Y.Cl
- Andrews W.Ds
- Androsov K.Bm
- Antonelli L.Et
- Antunovic Z.S
- Apanasevich L.Ee
- Apollinari G.Dz
- Appelt E.Ff
- Apresyan A.Du
- Apyan A.El
- Arcidiacono R.Bo
- Arenton M.W.Fg
- Argiro S.Bo
- Arneodo M.Bo
- Arora S.Fb
- Asavapibhop B.Db
- Asawatangtrakuldee C.P
- Asin I.Ak
- Askew A.Ec
- Aslanoglou X.Ap
- Assran Y.W
- Ata M.Ai
- Attikis A.U
- Aubin A.Ad
- Auffray E.Cv
- Autermann C.Ah
- Auzinger G.Cv
- Avdeeva E.Eo
- Avery P.Ea
- Avetisyan A.Dn
- Avila C.Q
- Azarkin M.Cn
- Azhgirey I.Cp
- Aziz T.Ay
- Azzi P.Bj
- Azzolini V.Dv
- Azzurri P.Bm
- B\ue4ni L.Cx
- B\uf6ser C.Am
- Baarmand M.M.Ed
- Babb J.Dr
- Baber M.Dj
- Bacchetta N.Bj
- Bachmair F.Cx
- Bachtis M.Cv
- Baden A.Ek
- Baffioni S.Ac
- Bagliesi G.Bm
- Baillon P.Cv
- Bainbridge R.Dj
- Bakhshiansohi H.Az
- Bakirci M.N.Dc
- Ball A.H.Cv
- Ban Y.P
- Banerjee S.Aw
- Banerjee S.Ay
- Bansal M.D
- Bansal S.D
- Barbagli G.Be
- Barberis E.Eq
- Barbieri R.El
- Barbone L.Bb
- Barfuss A.F.Ei
- Bargassa P.Ci
- Barge D.Dt
- Baringer P.Eh
- Barker A.Fb
- Barnes V.E.Ew
- Barnett B.A.Eg
- Barney D.Cv
- Barone L.Bn
- Barth C.Am
- Bartosik N.Ak
- Basegmez S.H
- Battilana C.Cr
- Bauer G.El
- Bauerdick L.A.T.Dz
- Baumgartel D.Eq
- Baus C.Am
- Bayshev I.Cp
- Bazterra V.E.Ee
- Bean A.Eh
- Beauceron S.Af
- Beaudette F.Ac
- Beaupere N.Af
- Beernaert K.G
- Behnamian H.Az
- Behr J.Ak
- Behrenhoff W.Ak
- Behrens U.Ak
- Beir\ue3o Da Cruz E Silva C.Ci
- Belforte S.Bp
- Beliy N.I
- Belknap D.A.Fi
- Bell A.J.Ak
- Bell K.W.Di
- Bellan R.Bo
- Bellato M.Bj
- Belloni A.Ek
- Beluffi C.H
- Belyaev A.Co
- Belyaev A.Di
- Benaglia A.Cv
- Bencze G.Aq
- Bendavid J.Cv
- Benedetti D.Ew
- Benelli G.Eh
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- Beni N.Ar
- Benitez J.F.Cv
- Benucci L.G
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- Benvenuti A.C.Bc
- Beranek S.Ah
- Beretvas A.Dz
- Bergauer T.B
- Berger J.Am
- Bergholz M.Ak
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- Bernardes C.A.L
- Bernardini J.Bm
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- Berry D.Ee
- Berry E.Do
- Berryhill J.Dz
- Bertl W.Cw
- Besancon M.Ab
- Betchart B.Ez
- Bethani A.Ak
- Betts R.R.Ee
- Bhardwaj A.Av
- Bhat P.C.Dz
- Bhatnagar V.Au
- Bhattacharya S.Aw
- Bhattacharya S.Do
- Bhawandeep U.Au
- Bhowmik S.Ay
- Bialkowska H.Cg
- Bian J.G.O
- Bianchi G.Cv
- Bianchini L.Cx
- Bianco S.Bf
- Biasini M.Bl
- Biasotto M.Bj
- Biino C.Bo
- Bilei G.M.Bl
- Bilin B.Dd
- Bilki B.Ef
- Bilmis S.Dd
- Bitioukov S.Cp
- Blekman F.E
- Blobel V.Al
- Bloch D.Ad
- Bloch P.Cv
- Bloom K.Eo
- Bluj M.Cg
- Blumenfeld B.Eg
- Blyweert S.E
- Boccali T.Bm
- Bocci A.Cv
- Bochenek J.Ec
- Bodek A.Ez
- Bodlak M.V
- Boimska B.Cg
- Bolla G.Ew
- Bolognesi S.Eg
- Bonacorsi D.Bc
- Bonato A.Cv
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- Bontenackels M.Ah
- Boos E.Co
- Bornheim A.Du
- Borras K.Ak
- Bortignon P.Cx
- Bortoletto D.Ew
- Bose S.Eo
- Bose T.Dn
- Botta C.Cv
- Boudoul G.Af
- Bouhali O.Fd
- Bourilkov D.Ea
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- Bouvier E.Af
- Bradmiller-Feld J.Dt
- Braibant-Giacomelli S.Bc
- Branca A.Bj
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- Brew C.Di
- Brigliadori L.Bc
- Brigljevic V.T
- Brinkerhoff A.Es
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- Brito L.J
- Broccolo G.Bm
- Brochero Cifuentes J.A.Cu
- Brochet S.Af
- Brodski M.Ai
- Brom J.-M.ad
- Brona G.Ch
- Brooke J.J.Dh
- Brown R.M.Di
- Brownson E.Ev
- Brun H.Ct
- Bruner C.Eh
- Bruno G.H
- Buchmann M.A.Cx
- Buchmuller O.Dj
- Bucinskaite I.Ee
- Bunin P.Cj
- Bunkowski K.Ch
- Bunn J.Du
- Buontempo S.Bi
- Burgmeier A.Ak
- Burkett K.Dz
- Burt K.Dr
- Burton D.Dj
- Busson P.Ac
- Busza W.El
- Butler J.N.Dz
- Butler P.H.Ce
- Butz E.Am
- Bylsma B.Et
- Cabrillo I.J.Cu
- Caebergs T.I
- Caillol C.F
- Caiulo D.Bm
- Cakir A.Ak
- Calabria C.Bb
- Calamba A.Dv
- Calderon De La Barca Sanchez M.Dp
- Calderon A.Cu
- Cali I.A.El
- Calligaris L.Ak
- Calvert B.Ek
- Calvo E.Cr
- Campagnari C.Dt
- Campanini R.Bc
- Campbell A.Ak
- Camporesi T.Cv
- Candelise V.Bp
- Canelli M.F.Cy
- Cankocak K.Df
- Capiluppi P.Bc
- Cappello G.Bd
- Cardaci M.Cz
- Carlsmith D.Fi
- Carlson B.Dv
- Carrillo Montoya C.A.Af
- Carrillo Moreno S.Ca
- Cartiglia N.Bo
- Carvalho W.K
- Carver M.Ea
- Casal B.Cx
- Casarsa M.Bp
- Casasso S.Bo
- Casimiro Linares E.Cc
- Castaldi R.Bm
- Castello R.H
- Castilla-Valdez H.Bz
- Castro A.Bc
- Caudron A.H
- Cavallari F.Bn
- Cavallo F.R.Bc
- Cavallo N.Bi
- Cavanaugh R.Ee
- Ceard L.H
- Centis Vignali M.Al
- Cepeda M.Fi
- Cerati G.B.Ds
- Cerci S.Dc
- Cerminara G.Cv
- Cerrada M.Cr
- Chabert E.C.Ad
- Chakaberia I.Ei
- Chamizo Llatas M.Cr
- Chan K.M.Es
- Chan M.El
- Chang P.Da
- Chang S.Bq
- Chang Y.H.Da
- Chang Y.W.Da
- Chanon N.Cx
- Chao Y.Da
- Chaparro Sierra L.F.Q
- Charaf O.Dm
- Charlot C.Ac
- Chasco M.Eq
- Chasserat J.Af
- Chatterjee A.Dx
- Chatterjee K.Aw
- Chatterjee R.M.Ay
- Chauhan S.Dp
- Chen G.M.O
- Chen H.S.O
- Chen K.F.Da
- Chen K.H.Cz
- Chen M.O
- Chen P.H.Da
- Chen Y.Du
- Cheng T.Ea
- Cherepanov V.Aj
- Chertok M.Dp
- Cheung H.W.K.Dz
- Chhibra S.S.Bb
- Chierici R.Af
- Chinellato J.K
- Chiochia V.Cy
- Chiorboli M.Bd
- Chlebana F.Dz
- Choi M.Bv
- Choi S.Bu
- Choi Y.Bw
- Choi Y.K.Bw
- Chou J.P.Fb
- Choudhary B.C.Av
- Choudhury S.Ak
- Christopher G.Do
- Chu J.Dx
- Chwalek T.Am
- Ciangottini D.Bl
- Ciesielski R.Fa
- Cihangir S.Dz
- Cimmino A.G
- Ciocci M.A.Bm
- Cittolin S.Ds
- Ciulli V.Be
- Civinini C.Be
- Claes D.R.Eo
- Clare R.Dr
- Clarida W.Ef
- Clarke C.Fg
- Clement E.Dh
- Clerbaux B.F
- Cockerill D.J.A.Di
- Codispoti G.Bc
- Colafranceschi S.Cv
- Colaleo A.Bb
- Cole J.E.Dk
- Colino N.Cr
- Collard C.Ad
- Colling D.Dj
- Contardo D.Af
- Conte E.Ad
- Contreras-Campana C.Fb
- Contreras-Campana E.Fb
- Conway J.Dp
- Conway R.Dp
- Cooper S.I.Dm
- Cornelis T.D
- Correa Martins Junior M.J
- Cossutti F.Bp
- Costa M.Bo
- Costa S.Bd
- Costantini S.G
- Costanza F.Ak
- Couderc F.Ab
- Coughlan J.A.Di
- Cousins R.Dq
- Covarelli R.Ez
- Cowden C.Fe
- Cox B.Fg
- Cox P.T.Dp
- Creanza D.Bb
- Cremaldi L.M.En
- Cripps N.Dj
- Crucy S.G
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- Cuffiani M.Bc
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- Curry D.Ea
- Cussans D.Dh
- Cust\uf3dio A.K
- Cutajar M.Dj
- Cutts D.Do
- Cwiok M.Ch
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- D\u2019Agnolo R.T.Ds
- D\u2019Alessandro R.Be
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- Dahmes B.Em
- Dahms T.Ac
- Dalchenko M.Ac
- Dall\u2019Osso M.Bj
- Dallavalle G.M.Bc
- Damgov J.Fe
- Danielson T.Dt
- Das S.Ea
- Daskalakis G.An
- Dasu S.Fi
- Daubie E.I
- Dauncey P.Dj
- David A.Cv
- Davies G.Dj
- de Barbaro P.Ez
- De Benedetti A.Em
- De Boer W.Am
- De Cosa A.Cy
- De Filippis N.Bb
- De Gruttola M.Ea
- De Guio F.Cv
- De Jesus Damiao D.K
- De La Cruz B.Cr
- De La Cruz-Burelo E.Bz
- De Lentdecker G.F
- De Mattia M.Ew
- De Oliveira Martins C.K
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- Deisher A.Cx
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- Dermenev A.Cl
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- Dhingra N.Do
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- Di Guida S.Bi
- Di Marco E.Du
- Di Matteo L.El
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- Diemoz M.Bn
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- Dietz C.Da
- Dietz-Laursonn E.Ai
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- Dragicevic M.B
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- Driga O.Eu
- Drozdetskiy A.Es
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- Du R.O
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- Duarte J.Du
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- Dumanoglu I.Dc
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- Eggert N.Dx
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- Eshaq Y.Ez
- Eskut E.Dc
- Etesami S.M.Az
- Eugster J.Cv
- Eusebi R.Fd
- Evangelou I.Ap
- Evans D.Ds
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- Everaerts P.Dq
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- Fabbri F.Bf
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- Faccioli P.Ci
- Fagot A.G
- Fahim A.Az
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- Fan\uf2 L.Bl
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- Favart L.F
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- Fedi G.Y
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- Feld L.Ah
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- Fernandez Menendez J.Ct
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- Fernandez M.Cu
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- Ferro F.Bg
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- Finger M.
- Finger M.V
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- Flacher H.Dh
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- Flix J.Cr
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- Fo\ue0 L.Bm
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- Fouz M.C.Cr
- Fr\ufchwirth R.B
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- Frensch F.Am
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- G\uf6rner M.Al
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- G\ufcth A.Ai
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- Gallo E.Be
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- Garcia J.G.Ak
- Garcia-Abia P.Cr
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- Garutti E.Al
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- Gascon S.Af
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- Gauthier L.Ee
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- Geiser A.Ak
- Geisler M.Aj
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- Ghete V.M.B
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- Ghosh S.Ay
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- Gilbert A.Dj
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- Goebel K.Al
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- Golf F.Dt
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- Gonzalez Suarez R.Eo
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- Grassi M.Bn
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- Gray R.Fb
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- Grebenyuk A.F
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- Grimes M.Dh
- Grippo M.T.Bm
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- Grundler U.Da
- Grunewald M.Ba
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- Guida R.Cv
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- Guiducci L.Bc
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- Gundacker S.Cv
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- Guo Y.P
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- Gurtu A.Ay
- Guthoff M.Cv
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- Gyun D.Bu
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- Hagopian V.Ec
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- Hall G.Dj
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- Harr R.Fh
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- Hauser J.Dq
- Hauth T.Am
- Haytmyradov M.Ef
- Heath G.P.Dh
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- Hebbeker T.Ai
- Hebda P.Eu
- Hegeman J.Cv
- Heidemann C.Ai
- Heilman J.Dr
- Heintz U.Do
- Heister A.Aj
- Hempel M.Ak
- Henderson C.Dm
- Heracleous N.E
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- Hernandez A.C.Fd
- Hernandez J.M.Cr
- Herndon M.Fi
- Herrera C.M.J
- Herv\ue9 A.Fi
- Hewamanage S.Eb
- Hidas D.Fb
- Hidas P.Aq
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- Hill C.Et
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- Hits D.Cx
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- Hoepfner K.Ai
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- Hooberman B.Dz
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- Horvath D.Aq
- Hos I.Dc
- Hou W.-S.da
- Hreus T.Cy
- Hrubec J.B
- Hu Z.Ew
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- Iashvili I.Ep
- Iaydjiev P.M
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- Iiyama Y.Dv
- Iles G.Dj
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- Iorio A.O.M.Bi
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- Ivanov A.Ei
- Ivanov Y.Ck
- Ivova Rikova M.Dr
- J\ufanior W.L.A.I
- Jacob J.Dh
- Jafari A.Az
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- Janot P.Cv
- Janssen X.D
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- Kadija K.T
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- Kailas S.Ax
- Kalakhety H.Ed
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- Kalinowski A.Ch
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- Kalsi A.K.Au
- Kamel A.E.W
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- Kamon T.Fd
- Kangal E.E.Dc
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- Kao K.Y.Da
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- Kargoll B.Aj
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- Karjavin V.Cj
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- Katkov I.Am
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- Kaur M.Au
- Kaya M.De
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- Kayis Topaksu A.Dc
- Kazana M.Cg
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- Kellams N.Es
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- Ko W.Dp
- Koay S.A.Eu
- Kodolova O.Co
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- Kuo C.M.Cz
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- Kuznetsova E.Am
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- Kwon E.Bw
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- Landsberg G.Do
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- Ligabue F.
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- Lynch S.Es
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- Maes M.E
- Maeshima K.Dz
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- Marchesini I.Al
- Marco J.Cu
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- Margaroli F.Bn
- Margoni M.Bj
- Marinelli N.Es
- Marini A.C.Cx
- Marinov A.M
- Marionneau M.Ek
- Mariotti C.Bo
- Markou A.An
- Markou C.An
- Markowitz P.Eb
- Marlow D.Eu
- Marone M.Bp
- Maroussov V.Ew
- Marraffino J.M.Dz
- Marrouche J.Cv
- Martelli A.Bh
- Martin C.Eg
- Martin W.Dk
- Martinez Outschoorn V.I.Dz
- Martinez Rivero C.Cu
- Martinez Ruiz del Arbol P.Cx
- Martinez G.Eb
- Martini L.Bm
- Martins T.D.R.J
- Maruyama S.Dz
- Marzocchi B.Bh
- Maselli S.Bo
- Masetti G.Bc
- Masetti L.Cv
- Mason D.Dz
- Massironi A.Eq
- Mastrolorenzo L.Ac
- Matchev K.Ea
- Mathias B.Dj
- Matorras F.Cu
- Matos Figueiredo D.K
- Matveev V.Cj
- Mavromanolakis G.U
- Mazumdar K.Ay
- Mcbride P.Dz
- Mccartin J.G
- Mccoll N.Dt
- Md Ali M.A.B.By
- Medvedeva T.Eu
- Meier F.Eo
- Meijers F.Cv
- Meister D.Cx
- Mekterovic D.T
- Melo A.Ff
- Melzer-Pellmann I.-A.ak
- Menasce D.Bh
- Mendez H.Ev
- Meneguzzo A.T.Bj
- Meng Z.Dh
- Menichelli M.Bl
- Meola S.Bi
- Mercadante P.G.L
- Meridiani P.Bn
- Merino G.Cr
- Merkel P.Ew
- Merlo J.-P.ef
- Mermerkaya H.Ef
- Merola M.Bi
- Merschmeyer M.Ai
- Mersi S.Cv
- Meschi E.Cv
- Meschini M.Be
- Mesropian C.Fa
- Messineo A.Bm
- Mestvirishvili A.Ef
- Mesyats G.Cn
- Meyer A.Ai
- Meyer A.B.Ak
- Miceli T.Dp
- Micheli F.Bn
- Michlin B.Ey
- Migliore E.Bo
- Mignerey A.C.Ek
- Mikulec I.B
- Milenovic P.Ea
- Millan Mejias B.Cy
- Miller D.H.Ew
- Millet P.Ai
- Milosevic J.Cq
- Min\ue9 P.Ac
- Mirabito L.Af
- Mirman N.Dx
- Mironov C.Ac
- Mishra K.Dz
- Misiura M.Ch
- Missiroli M.Cs
- Mitselmakher G.Ea
- Mitta G.Ak
- Mittal M.Au
- Mnich J.Ak
- Modak A.Aw
- Moeller A.Ef
- Mohammadi Najafabadi M.Az
- Mohammadi A.F
- Mohanty A.K.Ax
- Mohanty G.B.Ay
- Mohapatra A.Fi
- Mohr N.Cx
- Moisenz P.Cj
- Molnar J.Ar
- Monaco V.Bo
- Montalvo R.Fd
- Montanari A.Bc
- Montanino D.Bp
- Moon C.S.Bm
- Moon D.H.Ee
- Mooney M.Eu
- Moortgat F.Cv
- Moran D.Cs
- Morelos Pineda A.Cc
- Moroni L.Bh
- Morovic S.Cv
- Mossolov V.C
- Mott A.Du
- Mousa J.U
- Mozer M.U.Am
- Mrenna S.Dz
- Mucia N.Er
- Mukherjee S.Aw
- Mulders M.Cv
- Mulhearn M.Dp
- Mundim L.K
- Muniz L.Ea
- Munoz Sanchez F.J.Cu
- Murray M.Eh
- Murumaa M.X
- Murzin V.Ck
- Musella P.Cv
- Musich M.Bo
- Musienko Y.Dz
- Mussgiller A.Ak
- My S.Bb
- N\ue4geli C.Cx
- N\ufcrnberg A.Am
- Nachtman J.Ef
- Nahn S.Dz
- Naimuddin M.Av
- Nam S.K.Bq
- Narain M.Do
- Naranjo I.N.Ac
- Naseri M.Az
- Nash D.Eq
- Nash J.Dj
- Nauenberg U.Dw
- Naumann-Emme S.Ak
- Navarria F.L.Bc
- Navarro De Martino E.Cr
- Nawrocki K.Cg
- Nayak A.Ak
- Negrete M.O.Dr
- Nessi-Tedaldi F.Cx
- Neu C.Fg
- Neumeister N.Ew
- Newbold D.M.Dh
- Newman H.B.Du
- Newman-Holmes C.Dz
- Ngadiuba J.Cy
- Nguyen F.Ci
- Nguyen H.Dr
- Nguyen M.Ac
- Nicolaou C.U
- Nicolas Kaufman G.Dx
- Nikitenko A.Dj
- Nishu N.Au
- Nogima H.K
- Noonan D.Eh
- Nourbakhsh S.Bn
- Novaes S.F.L
- Novgorodova O.Ak
- Nowack A.Aj
- Nowak F.Ak
- Ntomari E.Ak
- Nugent I.M.Aj
- Nuttens C.H
- Nuzzo S.Bb
- O\u2019Brien C.Ee
- O\u2019Dell V.Dz
- Obertino M.M.Bo
- Obraztsov S.Co
- Ocalan K.Dd
- Ocampo Rios A.A.G
- Ochando C.Ac
- Ochesanu S.D
- Odell N.Er
- Ogul H.Ef
- Oh Y.D.Br
- Ojalvo I.Fi
- Olaiya E.Di
- Olbrechts A.E
- Oliveros S.En
- Olivito D.Ds
- Olschewski M.Ai
- Olsen J.Eu
- Olszewski M.Ch
- Onel Y.Ef
- Onengut G.Dc
- Oreshkin V.Ck
- Organtini G.Bn
- Orimoto T.Eq
- Orsini L.Cv
- Ortona G.Bo
- Osipenkov I.Fd
- Ostapchuk A.Ah
- Ott J.Al
- Ozdemir K.Dc
- Ozok F.Ef
- Ozturk S.Dc
- P\ue9rez-Calero Yzquierdo A.Cr
- Pacher L.Bo
- Padeken K.Ai
- Padhi S.Ds
- Padley B.P.Ey
- Padula S.S.L
- Paganini P.Ac
- Pagano D.H
- Paganoni M.Bh
- Pakhotin Y.Fd
- Paktinat Mehdiabadi S.Az
- Palichik V.Cj
- Palinkas J.Ar
- Palla F.Bm
- Palmer C.Ds
- Panagiotou A.Ao
- Pandolfi F.Cx
- Pant L.M.Ax
- Panwalkar S.Fb
- Paoletti S.Be
- Paolucci P.Bi
- Papacz P.Ai
- Papadopoulos I.Ap
- Pape L.Cv
- Paradas E.Ap
- Paramatti R.Bn
- Paramesvaran S.Dh
- Parashar N.Ex
- Parida B.Ay
- Park H.Br
- Park I.C.Bv
- Park M.Fb
- Park S.Bv
- Park S.K.Bu
- Pashenkov A.Cl
- Pastika N.Em
- Pastrone N.Bo
- Patel R.Fb
- Patterson J.R.Dx
- Paulini M.Dv
- Paus C.El
- Pauss F.Cx
- Pavlov B.N
- Pazzini J.Bj
- Pearson T.Es
- Pedraza I.Cb
- Pedrini D.Bh
- Pedro K.Ek
- Peiffer T.Al
- Pela J.Dj
- Pellett D.Dp
- Pelliccioni M.Bo
- Peltola T.Z
- Pena C.Du
- Penzo A.Ef
- Perchalla L.Aj
- Perelygin V.Cj
- Perera L.En
- Perez E.Cv
- Perieanu A.Ah
- Perloff A.Fd
- Perni\ue8 L.F
- Perrey H.Ak
- Perries S.Af
- Perrini L.H
- Perrotta A.Bc
- Perrozzi L.Cv
- Perry T.Fi
- Peruzzi M.Cx
- Pesaresi M.Dj
- Petkov P.N
- Petrakou E.Da
- Petridis K.Dj
- Petrilli A.Cv
- Petrillo G.Ez
- Petrov V.Cp
- Petrucciani G.Cv
- Petrushanko S.Co
- Petyt D.Di
- Pfeiffer A.Cv
- Piccolo D.Bf
- Piedra Gomez J.Cu
- Pieri M.Ds
- Pierini M.Cv
- Pierro G.A.Fi
- Pietsch N.Al
- Pilot J.Dp
- Pimi\ue4 M.Cv
- Pin A.H
- Pinna Angioni G.L.Bo
- Piotrzkowski K.H
- Piparo D.Cv
- Piperov S.M
- Pirou\ue9 P.Eu
- Pitzl D.Ak
- Placakyte R.Ak
- Plagge M.Cv
- Planer M.Es
- Plestina R.O
- Poehlsen J.Al
- Poehlsen T.Al
- Pol M.E.J
- Polatoz A.Dc
- Polese G.Fi
- Polic D.R
- Poll A.Dh
- Pollack B.Er
- Pompili A.Bb
- Pooth O.Aj
- Popov A.H
- Popov V.Cm
- Potenza A.Bo
- Potenza R.Bd
- Pozdnyakov A.Er
- Pozzobon N.Bj
- Prado Da Silva W.L.K
- Primavera F.Bc
- Prokofyev O.Dz
- Prosper H.Ec
- Psallidas A.An
- Ptochos F.U
- Puerta Pelayo J.Cr
- Pugliese G.Bb
- Puigh D.Et
- Puljak I.R
- Python Q.E
- Qian S.J.P
- Quan X.Eu
- Quast G.Am
- Quertenmont L.H
- Quintario Olmeda A.Cr
- Quittnat M.Cx
- R\uf6cker S.Am
- Rabady D.B
- Rabbertz K.Am
- Racz A.Cv
- Radburn-Smith B.C.Ew
- Radi A.W
- Radogna R.Bb
- Ragazzi S.Bh
- Rahatlou S.Bn
- Rahbaran B.B
- Rahmat R.Ef
- Raics P.As
- Raidal M.X
- Rakness G.Dq
- Ralph D.El
- Ramirez Vargas J.E.Ev
- Rander J.Ab
- Ranjan K.Av
- Rappoccio S.Ep
- Raspereza A.Ak
- Rathjens D.Al
- Ratnikov F.Am
- Ratti S.P.Bk
- Raupach F.Ah
- Raymond D.M.Dj
- Razis P.A.U
- Rebane L.Cx
- Rebassoo F.Ej
- Redaelli N.Bh
- Redjimi R.Ey
- Redondo I.Cr
- Regnard S.Ac
- Reid I.D.Dk
- Reis T.F
- Reithler H.Ai
- Rekovic V.Cq
- Renker D.Cw
- Reucroft S.Ce
- Rezaei Hosseinabadi F.Az
- Ribeiro Cipriano P.M.Ak
- Riccardi C.Bk
- Ricci-Tam F.Dp
- Richardson C.Dn
- Richman J.Dt
- Rinkevicius A.Ea
- Rizzi A.Bm
- Roberts J.Ey
- Robmann P.Cy
- Robutti E.Bg
- Rodenburg M.Et
- Rodozov M.M
- Rodr\uedguez-Marrero A.Y.Cu
- Rodrigo T.Cu
- Rodrigues Antunes J.Ci
- Rodriguez J.L.Eb
- Roe J.Fd
- Rogan C.Du
- Rogerson S.Dj
- Roh Y.Bu
- Rohe T.Cw
- Rohlf J.Dn
- Rohringer H.B
- Roland B.D
- Roland C.El
- Roland G.El
- Rolandi G.Cv
- Romanowska-Rybinska K.Cg
- Romeo F.Bl
- Romero A.Bo
- Romero L.Cr
- Ron E.Ak
- Ronchese P.Bj
- Ronga F.J.Cy
- Rose A.Dj
- Rose A.Fd
- Rose K.Fc
- Rosowsky A.Ab
- Ross I.Fi
- Rossi A.M.Bc
- Rossini M.Cx
- Rougny R.D
- Rovelli C.Bn
- Rovelli T.Bc
- Rovere M.Cv
- Roy D.Aw
- Ruchti R.Es
- Ruiz Alvarez J.D.Af
- Ruiz-Jimeno A.Cu
- Rumerio P.Dm
- Rusack R.Em
- Rusakov S.V.Cn
- Ruspa M.Bo
- Russ J.Dv
- Ryckbosch D.G
- Ryd A.Dx
- Ryu G.Bv
- Ryu M.S.Bv
- Ryutin R.Cp
- Sabes D.Af
- Sacchi R.Bo
- Safarzadeh B.Az
- Safonov A.Fd
- Safronov G.Cm
- Saha A.Bl
- Sahin M. 6.Ak
- Saini L.K.Ei
- Saka H.Eu
- Sakharov A.Br
- Sakulin H.Cv
- Sakuma T.Fd
- Salazar Ibarguen H.A.Cb
- Salerno R.Ac
- Salfeld-Nebgen J.Ak
- Salur S.Fb
- Salva Diblen S.G
- Salvati E.Dx
- Salvini P.Bk
- Sammet J.Ah
- Sanabria J.C.Q
- Sanchez-Hernandez A.Bz
- Sander C.Al
- Sanders D.A.En
- Sanders S.Eh
- Sani M.Ds
- Santanastasio F.Bn
- Santaolalla J.K
- Santocchia A.Bl
- Santoro A.K
- Saoulidou N.Ao
- Sarangi T.Fi
- Sarkar S.Aw
- Sauvan J.B.Ac
- Savin A.Fi
- Savoy-Navarro A.Bm
- Savrin V.Co
- Saxena P.Ak
- Scarborough T.Dl
- Sch\ue4fer C.Cv
- Sch\uf6fbeck R.B
- Schael S.Ah
- Schettler H.Al
- Schizzi A.Bp
- Schleper P.Al
- Schlieckau E.Al
- Schmidt A.Al
- Schmidt R.Ak
- Schmitt M.Er
- Schmitz S.A.Ai
- Schnetzer S.Fb
- Schoerner-Sadenius T.Ak
- Schr\uf6der M.Ak
- Schwick C.Cv
- Scodellaro L.Cu
- Searle M.Dp
- Seez C.Dj
- Segala M.Do
- Seidel M.Al
- Seitz C.Ak
- Seixas J.Ci
- Sekaric J.Eh
- Sekmen S.Dd
- Selvaggi G.Bb
- Selvaggi M.H
- Semenov S.Cm
- Sen S.Ef
- Senkin S.Dh
- Seo H.Bw
- Serban A.T.Bm
- Seva T.F
- Sexton-Kennedy E.Dz
- Sgandurra L.Af
- Sguazzoni G.Be
- Shah M.A.Cf
- Shalhout S.Dp
- Sharan M.Aw
- Sharma A.Cv
- Sharma M.Ff
- Sharma S.Dz
- Sharma V.Av
- Sharma V.Ds
- Sharp P.Dj
- Shchutska L.Ea
- Sheldon P.Ff
- Shepherd-Themistocleous C.H.Di
- Shi X.Ew
- Shipsey I.Ew
- Shmatov S.Cj
- Shoaib M.Cf
- Shrestha S.Ei
- Shrinivas A.Dr
- Shukla P.Ax
- Shumeiko N.C
- Siegrist P.Cv
- Sigamani M.G
- Sikler F.Aq
- Silkworth C.Ee
- Silva P.Cv
- Silvers D.Ew
- Silvestris L.Bb
- Simon M.Cv
- Simon S.Ds
- Simonetto F.Bj
- Simonis H.J.Am
- Singh G.Bb
- Singh J.B.Au
- Singovsky A.Em
- Sinthuprasith T.Do
- Sirois Y.Ac
- Siroli G.P.Bc
- Sirunyan A.M.A
- Skatchkov N.Cj
- Skhirtladze N.Ei
- Skinnari L.Dx
- Skuja A.Ek
- Smirnov I.Ck
- Smirnov V.Cj
- Smith G.Et
- Smith J.Dp
- Smith J.G.Dw
- Smith V.J.Dh
- Smith W.H.Fi
- Snigirev A.Co
- Snook B.Ff
- Snow G.R.Eo
- Snowball M.Ea
- Soares M.S.Cr
- Sobol A.Cp
- Soffi L.Bn
- Sogut K.Dc
- Soha A.Dz
- Sola V.Al
- Solano A.Bo
- Somalwar S.Fb
- Son D.C.Br
- Song S.Bt
- Sonnenschein L.Ai
- Sordini V.Af
- Sorokin P.Dg
- Spagnolo P.Bm
- Spalding W.J.Dz
- Spanier S.Fc
- Spannagel S.Ak
- Speer T.Do
- Sperka D.Dn
- Sphicas P.Cv
- Spiegel L.Dz
- Spiezia A.Bl
- Spiga D.Cv
- Spiridonov A.Cm
- Spiropulu M.Du
- Squillacioti P.Bm
- Squires M.Dp
- Srimanobhas N.Db
- St. John J.Dn
- St\uf6ckli F.El
- Stadie H.Al
- Stahl A.Aj
- Staiano A.Bo
- Starodumov A.Cx
- Steggemann J.Cv
- Steinbr\ufcck G.Al
- Stenson K.Dw
- Stephans G.S.F.El
- Stickland D.Eu
- Stieger B.Cv
- Stiliaris E.Ao
- Stober F.M.Am
- Stolin V.Cm
- Stolp D.Dp
- Stone R.Fb
- Stoye M.Cv
- Stoykova S.M
- Stoynev S.Er
- Strauss J.B
- Stringer R.Eh
- Strobbe N.G
- Strom D.E
- Stuart D.Dt
- Stupak J.Ex
- Sturdy J.Fh
- Suarez Gonzalez J.C
- Suarez I.Fd
- Sudano E.Ds
- Sudhakar K.Ay
- Sudic L.T
- Sulak L.Dn
- Sulimov V.Ck
- Sultanov G.M
- Summers D.En
- Sumorok K.El
- Sumowidagdo S.Dr
- Sun W.Dx
- Sunar Cerci D.Dc
- Sung K.Er
- Surat U.E.Dd
- Suwonjandee N.Db
- Svintradze I.Ei
- Svyatkovskiy A.Ew
- Swain S.K.At
- Swanson J.Do
- Swartz M.Eg
- Symonds P.Dk
- Szillasi Z.Ar
- Szleper M.Cg
- Sznajder A.K
- Tabarelli de Fatis T.Bh
- Tadel M.Ds
- Takahashi M.Cx
- Takahashi Y.Cv
- Takasugi E.Dq
- Tali B.Dc
- Talvitie J.Aa
- Tambe N.Em
- Tamponi U.Bo
- Tan P.Ef
- Tao J.O
- Tapper A.Dj
- Taroni S.Cy
- Tatarinov A.Fd
- Taurok A.B
- Tavernier S.E
- Taylor L.Dz
- Tcholakov V.M
- Tenchini R.Bm
- Teo W.D.Dx
- Teodorescu L.Dk
- Teyssier D.Ai
- Th\ufcer S.Ai
- Thea A.Di
- Theofilatos K.Cx
- Thom J.Dx
- Thomas L.F
- Thomas S.Fb
- Thomassen P.Fb
- Thompson J.Dx
- Thyssen F.G
- Tiko A.X
- Timciuc V.Du
- Tiras E.Ef
- Titov M.Ab
- Tkaczyk S.Dz
- Tlisov D.Cl
- To W.Dt
- Tomalin I.R.Di
- Tonelli Manganote E.J.K
- Tonelli G.Bm
- Tonjes M.B.Ek
- Tonwar S.C.Ek
- Topakli H.Dc
- Topkar A.Ax
- Topsis-Giotis I.An
- Torassa E.Bj
- Toropin A.Cl
- Tosi M.Bj
- Tosi N.Bc
- Tosi S.Bg
- Tourtchanovitch L.Cp
- Traczyk P.Bn
- Tran N.V.Dz
- Travaglini R.Bc
- Treberer-Treberspurg W.B
- Treille D.Cv
- Tricomi A.Bd
- Trioss A.Bj
- Tripathi M.Dp
- Trocino D.Eq
- Trocsanyi Z.L.As
- Troendle D.Al
- Tropiano A.Be
- Troshin S.Cp
- Tsamalaidze Z.Ag
- Tsirou A.Cv
- Tu Y.Ds
- Tucker J.Dx
- Tully C.Eu
- Tumasyan A.A
- Tuo S.Ff
- Tuominen E.Z
- Tuominiemi J.Z
- Tuovinen E.Z
- Turkewitz J.Em
- Turner M.Dk
- Turner P.Ee
- Tuuva T.Aa
- Tuve C.Bd
- Tytgat M.G
- Tyurin N.Cp
- Tzeng Y.M.Da
- Ujvari B.As
- Ulmer K.A.Dw
- Ulrich R.Am
- Umer T.Bp
- Uplegger L.Dz
- Usai E.Al
- Uvarov L.Ck
- Uzunian A.Cp
- Vaandering E.W.Dz
- Valls N.Es
- Valuev V.Dq
- Van De Klundert M.D
- Van Doninck W.E
- Van Haevermaet H.D
- Van Hove P.Ad
- Van Mechelen P.D
- Van Mulders P.E
- Van Onsem G.P.E
- Van Remortel N.D
- Van Spilbeeck A.D
- Vander Donckt M.Af
- Vander Velde C.F
- Vanelderen L.Al
- Vanini S.Bj
- Vanlaer P.F
- Vardarl\u131 F.I.Df
- Varela J.Ci
- Varelas N.Ee
- Vargas Trevino A.D.R.Ak
- Vartak A.Ds
- Vavilov S.Ck
- Vazquez Acosta M.Dj
- Vazquez Valencia F.Ca
- Veelken C.Ac
- Veeraraghavan V.Ec
- Velasco M.Er
- Velicanu D.El
- Velkovska J.Ff
- Venditti R.Bb
- Ventura S.Bj
- Venturi A.Bm
- Verdier P.Af
- Verdini P.G.Bm
- Veres G.I.Cv
- Vergili M.Dc
- Vernieri C.Bm
- Verwilligen P.Bb
- Verzetti M.Cy
- Veszpremi V.Aq
- Vesztergombi G.Aq
- Veverka J.El
- Vidal Marono M.H
- Vidal R.Dz
- Vila I.Cu
- Vilar Cortabitarte R.Cu
- Vilela Pereira A.K
- Villella I.E
- Vinogradov A.Cn
- Virdee T.Dj
- Viret S.Af
- Vischia P.Ci
- Vishnevskiy D.Ez
- Vitulo P.Bk
- Vizan Garcia J.M.H
- Vlasov E.Cm
- Vlimant J.R.Cv
- Vogel H.Dv
- Volkov A.Cp
- Volobouev I.Fe
- Volpe R.Cz
- Vorobiev I.Dv
- Vorobyev A.Ck
- Vorobyev A.Ck
- Voutilainen M.Y
- Vuosalo C.Fi
- Vutova M.M
- W\uf6hri H.K.Cv
- W\ufcrthwein F.Ds
- Wagner S.R.Dw
- Wagner-Kuhr J.Am
- Walker M.Fb
- Wallny R.Cx
- Walsh R.Ak
- Waltenberger W.B
- Wang D.P
- Wang F.Ew
- Wang J.F
- Wang Q.Eh
- Wang R.-J.eq
- Wang X.O
- Wang Z.O
- Wardle N.Cv
- Wayand S.Am
- Wayne M.Es
- Weber H.A.Cx
- Weber H.Ah
- Weber M.Ai
- Weber M.Dq
- Weiler T.Am
- Weinberg M.Ec
- Welke C.Ds
- Wendland L.Z
- Weng Y.Dx
- Werner J.S.Eu
- West C.Dt
- Wetzel J.Ef
- Whitbeck A.Dz
- Whitmore J.Dz
- Wickramage N.Ay
- Wilbur S.Dp
- Wilken R.Da
- Wilkinson R.Du
- Williams T.Dh
- Wimpenny S.Dr
- Winer B.L.Et
- Winn D.Dy
- Winstrom L.Dx
- Wissing C.Ak
- Wittich P.Dx
- Wittmer B.Ah
- Wolf M.Es
- Wolf R.Am
- Wolfe H.Et
- Wollny H.Cv
- Wolszczak W.Ch
- Womersley W.J.Di
- Won S.Er
- Wood D.Eq
- Wood J.Fg
- Wood J.S.Eh
- Woodard A.Es
- Woods N.Fi
- Worm S.D.Di
- Wright D.Ej
- Wulsin H.W.Et
- Wulz C.-E.b
- Wyslouch B.El
- Xiao H.Af
- Xie S.Du
- Xie W.Ew
- Xu L.Ew
- Yagil A.Ds
- Yalvac M.Dd
- Yang F.Dz
- Yang M.El
- Yang Y.Cy
- Yazgan E.G
- Yelton J.Ea
- Yetkin T.Ef
- Yi K.Ef
- Yilmaz Y.Ac
- Yohay R.Dp
- Yoo H.D.Ew
- Yoo J.Ds
- Yoon A.S.El
- York A.Fc
- Yu I.Bw
- Yu S.S.Cz
- Yumiceva F.Ed
- Zabel J.Ey
- Zabi A.Ac
- Zablocki J.Ew
- Zaganidis N.G
- Zakaria M.Ea
- Zalewski P.Cg
- Zanetti A.Bp
- Zanetti M.El
- Zarubin A.Cj
- Zeinali M.Az
- Zenz S.C.Dj
- Zeuner W.D.Cv
- Zeyrek M.Dd
- Zhang J.Eq
- Zhang L.P
- Zheng Y.Ew
- Zhokin A.Cm
- Zhu R.Y.Du
- Zhukov V.Ah
- Zhukova V.El
- Zito G.Bb
- Zotto P.Bj
- Zou W.P
- Zsigmond A.J.Aq
- Zucchetta A.Bj
- Zuranski A.Eu
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2014
- Field of study
Published by the American Physical Society under the terms of the Creative Commons Attribution 3.0 License. Further distribution of this work must maintain attribution to the author(s) and the published articles title, journal citation, and DOI.The first search at the LHC for the extinction of QCD jet production is presented, using data collected with the CMS detector corresponding to an integrated luminosity of 10.7 fb−1 of proton-proton collisions at a center-of-mass energy of 8 TeV. The extinction model studied in this analysis is motivated by the search for signatures of strong gravity at the TeV scale (terascale gravity) and assumes the existence of string couplings in the strong-coupling limit. In this limit, the string model predicts the suppression of all high-transverse-momentum standard model processes, including jet production, beyond a certain energy scale. To test this prediction, the measured transverse-momentum spectrum is compared to the theoretical prediction of the standard model. No significant deficit of events is found at high transverse momentum. A 95% confidence level lower limit of 3.3 TeV is set on the extinction mass scale
Searches for electroweak neutralino and chargino production in channels with Higgs, Z, and W bosons in pp collisions at 8 TeV
- Author
- Abbaneo D.Cv
- Abbiendi G.Bc
- Abbrescia M.Bb
- Abdullin S.Dz
- Abdulsalam A.Ax
- Acosta D.Ea
- Acosta J.G.En
- Adair A.Ey
- Adam W.B
- Adams M.R.Ee
- Adams T.Ec
- Adiguzel A.Dc
- Adler V.G
- Adzic P.Cq
- Afanasiev S.Ci
- Agapitos A.Ao
- Agram J.-L.ad
- Ahmad A.Cf
- Ahmad M.Cf
- Ahuja S.Av
- Akchurin N.Fe
- Akgun B.Ey
- Akin I.V.Dd
- Albajar C.Cs
- Albayrak E.A.Ef
- Albergo S.Bd
- Albrow M.Dz
- Alcaraz Maestre J.Cr
- Aldaya Martin M.Al
- Alderweireldt S.D
- Aleksandrov A.M
- Alexander J.Dx
- Alimena J.Do
- Alverson G.Eq
- Alves G.A.J
- Amapane N.Bo
- Amsler C.Cy
- Anagnostou G.An
- Anastassov A.Er
- Anderson J.Dz
- Andrea J.Ad
- Andreev V.Cn
- Andreev Y.Cl
- Andrews W.Ds
- Androsov K.Bm
- Antonelli L.Et
- Antunovic Z.S
- Apanasevich L.Ee
- Apollinari G.Dz
- Appelt E.Ff
- Apresyan A.Du
- Apyan A.El
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- Arneodo M.Bo
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- Asawatangtrakuldee C.P
- Asin I.Ak
- Askew A.Ec
- Aslanoglou X.Ap
- Assran Y.W
- Ata M.Ai
- Attikis A.U
- Aubin A.Ad
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- Auzinger G.Cv
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- Avila C.Q
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- Grippo M.T.Bm
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- Guida R.Cv
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- Guiducci L.Bc
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- Gunnellini P.Ak
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- Gurpinar E.Dc
- Gurrola A.Ff
- Gurtu A.Ay
- Guthoff M.Cv
- Gutsche O.Dz
- Gyun D.Bu
- H\ue4rk\uf6nen J.Z
- H\uf6ing R.S.Al
- H\uf6rmann N.B
- Haas J.Ec
- Hadjiiska R.N
- Hadley N.J.Ek
- Hagopian S.Ec
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- Hahn K.A.Er
- Haj Ahmad W.Aj
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- Hall G.Dj
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- Hammad G.H.I
- Hammer J.Cv
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- Hansen M.Cv
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- Harper S.Di
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- Heredia-de La Cruz I.Bz
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- Hindrichs O.Ah
- Hinzmann A.Cy
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- Horvath D.Aq
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- Hu Z.Ew
- Hughes R.Et
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- Innocente V.Cv
- Iorio A.O.M.Bi
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- Ivanov A.Ei
- Ivanov Y.Ck
- Ivova Rikova M.Dr
- J\ufanior W.L.A.I
- Jacob J.Dh
- Jafari A.Az
- Jain S.Aw
- Jain S.Aw
- Jain S.Ep
- Jandir P.Dr
- Janot P.Cv
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- Jarry P.Ab
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- Justus C.Dt
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- Karapinar G.Dd
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- Karim\ue4ki V.Z
- Karjavin V.Cj
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- Kasmi A.Dl
- Katkov I.Am
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- Khukhunaishvili A.Ez
- Khurana R.Aw
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- Kim D.Bw
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- Kim J.H.Bv
- Kim J.Y.Bt
- Kim M.S.Br
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- Kim V.Ck
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- Kirakosyan M.Cn
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- Kirschenmann H.Al
- Klabbers P.Fi
- Klanner R.Al
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- Klein D.Ds
- Klein K.Ah
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- Klima B.Dz
- Klingebiel D.Ai
- Klute M.El
- Klyukhin V.Co
- Kn\ufcnz V.B
- Knowlton D.Eo
- Knutsson A.D
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- Ko W.Dp
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- Kodolova O.Co
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- Kunori S.Fe
- Kuo C.M.Cz
- Kurca T.Af
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- Kuznetsova E.Am
- Kwan S.Dz
- Kwon E.Bw
- Kyberd P.Dk
- Kypreos T.Ea
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- La Licata C.Bp
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- Lai Y.S.El
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- Landsberg G.Do
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- Libeiro T.Fe
- Ligabue F.
- Liko D.B
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- Lipton R.Dz
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- Lloret Iglesias L.Ct
- Lo Vetere M.Bg
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- Lopes Pegna D.Ew
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- Louren\ue7o C.Cv
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- Lowette S.E
- Lu R.-S.da
- Lu Y.Ek
- Lu Y.J.Cz
- Lucas C.Dh
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- Luiggi Lopez E.Dw
- Lujan P.Eu
- Luk M.Do
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- Luukka P.Z
- Luyckx S.D
- Lychkovskaya N.Cm
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- Lynch S.Es
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- M\ufcller T.Am
- Ma T.El
- Macneill I.Ds
- Maes M.E
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- Maggi G.Bb
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- Marini A.C.Cx
- Marinov A.M
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- Marraffino J.M.Dz
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- Martinez Outschoorn V.I.Dz
- Martinez Rivero C.Cu
- Martinez Ruiz del Arbol P.Cx
- Martinez G.Eb
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- Martins T.D.R.J
- Maruyama S.Dz
- Marzocchi B.Bh
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- Matchev K.Ea
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- Matorras F.Cu
- Matos Figueiredo D.K
- Matveev V.Cj
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- Melo A.Ff
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- Meneguzzo A.T.Bj
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- Mikulec I.B
- Milenovic P.Ea
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- Miller D.H.Ew
- Millet P.Ai
- Milosevic J.Cq
- Min\ue9 P.Ac
- Mirabito L.Af
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- Mironov C.Ac
- Mishra K.Dz
- Misiura M.Ch
- Missiroli M.Cs
- Mitselmakher G.Ea
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- Mohammadi Najafabadi M.Az
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- Mohanty G.B.Ay
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- Moisenz P.Cj
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- Moon C.S.Bm
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- Mossolov V.C
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- Muniz L.Ea
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- Murray M.Eh
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- Musella P.Cv
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- Musienko Y.Dz
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- My S.Bb
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- Nam S.K.Bq
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- Novgorodova O.Ak
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- O\u2019Brien C.Ee
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- Obraztsov S.Co
- Ocalan K.Dd
- Ocampo Rios A.A.G
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- Oliveros S.En
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- Olsen J.Eu
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- Osipenkov I.Fd
- Ostapchuk A.Ah
- Ott J.Al
- Ozdemir K.Dc
- Ozok F.Ef
- Ozturk S.Dc
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- Pacher L.Bo
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- Padley B.P.Ey
- Padula S.S.L
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- Paktinat Mehdiabadi S.Az
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- Pastika N.Em
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- Patel R.Fb
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- Paus C.El
- Pauss F.Cx
- Pavlov B.N
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- Pedro K.Ek
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- Perelygin V.Cj
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- Perez E.Cv
- Perieanu A.Ah
- Perloff A.Fd
- Perni\ue8 L.F
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- Perrotta A.Bc
- Perrozzi L.Cv
- Perry T.Fi
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- Pesaresi M.Dj
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- Pugliese G.Bb
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- Puljak I.R
- Python Q.E
- Qian S.J.P
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- Quast G.Am
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- Rabbertz K.Am
- Racz A.Cv
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- Redjimi R.Ey
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- Reithler H.Ai
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- Roe J.Fd
- Rogan C.Du
- Rogerson S.Dj
- Roh Y.Bu
- Rohe T.Cw
- Rohlf J.Dn
- Rohringer H.B
- Roland B.D
- Roland C.El
- Roland G.El
- Rolandi G.Cv
- Romanowska-Rybinska K.Cg
- Romeo F.Bl
- Romero A.Bo
- Romero L.Cr
- Ron E.Ak
- Ronchese P.Bj
- Ronga F.J.Cy
- Rose A.Dj
- Rose A.Fd
- Rose K.Fc
- Rosowsky A.Ab
- Ross I.Fi
- Rossi A.M.Bc
- Rossini M.Cx
- Rougny R.D
- Rovelli C.Bn
- Rovelli T.Bc
- Rovere M.Cv
- Roy D.Aw
- Ruchti R.Es
- Ruiz Alvarez J.D.Af
- Ruiz-Jimeno A.Cu
- Rumerio P.Dm
- Rusack R.Em
- Rusakov S.V.Cn
- Ruspa M.Bo
- Russ J.Dv
- Ryckbosch D.G
- Ryd A.Dx
- Ryu G.Bv
- Ryu M.S.Bv
- Ryutin R.Cp
- Sabes D.Af
- Sacchi R.Bo
- Safarzadeh B.Az
- Safonov A.Fd
- Safronov G.Cm
- Saha A.Bl
- Sahin M. 6.Ak
- Saini L.K.Ei
- Saka H.Eu
- Sakharov A.Br
- Sakulin H.Cv
- Sakuma T.Fd
- Salazar Ibarguen H.A.Cb
- Salerno R.Ac
- Salfeld-Nebgen J.Ak
- Salur S.Fb
- Salva Diblen S.G
- Salvati E.Dx
- Salvini P.Bk
- Sammet J.Ah
- Sanabria J.C.Q
- Sanchez-Hernandez A.Bz
- Sander C.Al
- Sanders D.A.En
- Sanders S.Eh
- Sani M.Ds
- Santanastasio F.Bn
- Santaolalla J.K
- Santocchia A.Bl
- Santoro A.K
- Saoulidou N.Ao
- Sarangi T.Fi
- Sarkar S.Aw
- Sauvan J.B.Ac
- Savin A.Fi
- Savoy-Navarro A.Bm
- Savrin V.Co
- Saxena P.Ak
- Scarborough T.Dl
- Sch\ue4fer C.Cv
- Sch\uf6fbeck R.B
- Schael S.Ah
- Schettler H.Al
- Schizzi A.Bp
- Schleper P.Al
- Schlieckau E.Al
- Schmidt A.Al
- Schmidt R.Ak
- Schmitt M.Er
- Schmitz S.A.Ai
- Schnetzer S.Fb
- Schoerner-Sadenius T.Ak
- Schr\uf6der M.Ak
- Schwick C.Cv
- Scodellaro L.Cu
- Searle M.Dp
- Seez C.Dj
- Segala M.Do
- Seidel M.Al
- Seitz C.Ak
- Seixas J.Ci
- Sekaric J.Eh
- Sekmen S.Dd
- Selvaggi G.Bb
- Selvaggi M.H
- Semenov S.Cm
- Sen S.Ef
- Senkin S.Dh
- Seo H.Bw
- Serban A.T.Bm
- Seva T.F
- Sexton-Kennedy E.Dz
- Sgandurra L.Af
- Sguazzoni G.Be
- Shah M.A.Cf
- Shalhout S.Dp
- Sharan M.Aw
- Sharma A.Cv
- Sharma M.Ff
- Sharma S.Dz
- Sharma V.Av
- Sharma V.Ds
- Sharp P.Dj
- Shchutska L.Ea
- Sheldon P.Ff
- Shepherd-Themistocleous C.H.Di
- Shi X.Ew
- Shipsey I.Ew
- Shmatov S.Cj
- Shoaib M.Cf
- Shrestha S.Ei
- Shrinivas A.Dr
- Shukla P.Ax
- Shumeiko N.C
- Siegrist P.Cv
- Sigamani M.G
- Sikler F.Aq
- Silkworth C.Ee
- Silva P.Cv
- Silvers D.Ew
- Silvestris L.Bb
- Simon M.Cv
- Simon S.Ds
- Simonetto F.Bj
- Simonis H.J.Am
- Singh G.Bb
- Singh J.B.Au
- Singovsky A.Em
- Sinthuprasith T.Do
- Sirois Y.Ac
- Siroli G.P.Bc
- Sirunyan A.M.A
- Skatchkov N.Cj
- Skhirtladze N.Ei
- Skinnari L.Dx
- Skuja A.Ek
- Smirnov I.Ck
- Smirnov V.Cj
- Smith G.Et
- Smith J.Dp
- Smith J.G.Dw
- Smith V.J.Dh
- Smith W.H.Fi
- Snigirev A.Co
- Snook B.Ff
- Snow G.R.Eo
- Snowball M.Ea
- Soares M.S.Cr
- Sobol A.Cp
- Soffi L.Bn
- Sogut K.Dc
- Soha A.Dz
- Sola V.Al
- Solano A.Bo
- Somalwar S.Fb
- Son D.C.Br
- Song S.Bt
- Sonnenschein L.Ai
- Sordini V.Af
- Sorokin P.Dg
- Spagnolo P.Bm
- Spalding W.J.Dz
- Spanier S.Fc
- Spannagel S.Ak
- Speer T.Do
- Sperka D.Dn
- Sphicas P.Cv
- Spiegel L.Dz
- Spiezia A.Bl
- Spiga D.Cv
- Spiridonov A.Cm
- Spiropulu M.Du
- Squillacioti P.Bm
- Squires M.Dp
- Srimanobhas N.Db
- St. John J.Dn
- St\uf6ckli F.El
- Stadie H.Al
- Stahl A.Aj
- Staiano A.Bo
- Starodumov A.Cx
- Steggemann J.Cv
- Steinbr\ufcck G.Al
- Stenson K.Dw
- Stephans G.S.F.El
- Stickland D.Eu
- Stieger B.Cv
- Stiliaris E.Ao
- Stober F.M.Am
- Stolin V.Cm
- Stolp D.Dp
- Stone R.Fb
- Stoye M.Cv
- Stoykova S.M
- Stoynev S.Er
- Strauss J.B
- Stringer R.Eh
- Strobbe N.G
- Strom D.E
- Stuart D.Dt
- Stupak J.Ex
- Sturdy J.Fh
- Suarez Gonzalez J.C
- Suarez I.Fd
- Sudano E.Ds
- Sudhakar K.Ay
- Sudic L.T
- Sulak L.Dn
- Sulimov V.Ck
- Sultanov G.M
- Summers D.En
- Sumorok K.El
- Sumowidagdo S.Dr
- Sun W.Dx
- Sunar Cerci D.Dc
- Sung K.Er
- Surat U.E.Dd
- Suwonjandee N.Db
- Svintradze I.Ei
- Svyatkovskiy A.Ew
- Swain S.K.At
- Swanson J.Do
- Swartz M.Eg
- Symonds P.Dk
- Szillasi Z.Ar
- Szleper M.Cg
- Sznajder A.K
- Tabarelli de Fatis T.Bh
- Tadel M.Ds
- Takahashi M.Cx
- Takahashi Y.Cv
- Takasugi E.Dq
- Tali B.Dc
- Talvitie J.Aa
- Tambe N.Em
- Tamponi U.Bo
- Tan P.Ef
- Tao J.O
- Tapper A.Dj
- Taroni S.Cy
- Tatarinov A.Fd
- Taurok A.B
- Tavernier S.E
- Taylor L.Dz
- Tcholakov V.M
- Tenchini R.Bm
- Teo W.D.Dx
- Teodorescu L.Dk
- Teyssier D.Ai
- Th\ufcer S.Ai
- Thea A.Di
- Theofilatos K.Cx
- Thom J.Dx
- Thomas L.F
- Thomas S.Fb
- Thomassen P.Fb
- Thompson J.Dx
- Thyssen F.G
- Tiko A.X
- Timciuc V.Du
- Tiras E.Ef
- Titov M.Ab
- Tkaczyk S.Dz
- Tlisov D.Cl
- To W.Dt
- Tomalin I.R.Di
- Tonelli Manganote E.J.K
- Tonelli G.Bm
- Tonjes M.B.Ek
- Tonwar S.C.Ek
- Topakli H.Dc
- Topkar A.Ax
- Topsis-Giotis I.An
- Torassa E.Bj
- Toropin A.Cl
- Tosi M.Bj
- Tosi N.Bc
- Tosi S.Bg
- Tourtchanovitch L.Cp
- Traczyk P.Bn
- Tran N.V.Dz
- Travaglini R.Bc
- Treberer-Treberspurg W.B
- Treille D.Cv
- Tricomi A.Bd
- Trioss A.Bj
- Tripathi M.Dp
- Trocino D.Eq
- Trocsanyi Z.L.As
- Troendle D.Al
- Tropiano A.Be
- Troshin S.Cp
- Tsamalaidze Z.Ag
- Tsirou A.Cv
- Tu Y.Ds
- Tucker J.Dx
- Tully C.Eu
- Tumasyan A.A
- Tuo S.Ff
- Tuominen E.Z
- Tuominiemi J.Z
- Tuovinen E.Z
- Turkewitz J.Em
- Turner M.Dk
- Turner P.Ee
- Tuuva T.Aa
- Tuve C.Bd
- Tytgat M.G
- Tyurin N.Cp
- Tzeng Y.M.Da
- Ujvari B.As
- Ulmer K.A.Dw
- Ulrich R.Am
- Umer T.Bp
- Uplegger L.Dz
- Usai E.Al
- Uvarov L.Ck
- Uzunian A.Cp
- Vaandering E.W.Dz
- Valls N.Es
- Valuev V.Dq
- Van De Klundert M.D
- Van Doninck W.E
- Van Haevermaet H.D
- Van Hove P.Ad
- Van Mechelen P.D
- Van Mulders P.E
- Van Onsem G.P.E
- Van Remortel N.D
- Van Spilbeeck A.D
- Vander Donckt M.Af
- Vander Velde C.F
- Vanelderen L.Al
- Vanini S.Bj
- Vanlaer P.F
- Vardarl\u131 F.I.Df
- Varela J.Ci
- Varelas N.Ee
- Vargas Trevino A.D.R.Ak
- Vartak A.Ds
- Vavilov S.Ck
- Vazquez Acosta M.Dj
- Vazquez Valencia F.Ca
- Veelken C.Ac
- Veeraraghavan V.Ec
- Velasco M.Er
- Velicanu D.El
- Velkovska J.Ff
- Venditti R.Bb
- Ventura S.Bj
- Venturi A.Bm
- Verdier P.Af
- Verdini P.G.Bm
- Veres G.I.Cv
- Vergili M.Dc
- Vernieri C.Bm
- Verwilligen P.Bb
- Verzetti M.Cy
- Veszpremi V.Aq
- Vesztergombi G.Aq
- Veverka J.El
- Vidal Marono M.H
- Vidal R.Dz
- Vila I.Cu
- Vilar Cortabitarte R.Cu
- Vilela Pereira A.K
- Villella I.E
- Vinogradov A.Cn
- Virdee T.Dj
- Viret S.Af
- Vischia P.Ci
- Vishnevskiy D.Ez
- Vitulo P.Bk
- Vizan Garcia J.M.H
- Vlasov E.Cm
- Vlimant J.R.Cv
- Vogel H.Dv
- Volkov A.Cp
- Volobouev I.Fe
- Volpe R.Cz
- Vorobiev I.Dv
- Vorobyev A.Ck
- Vorobyev A.Ck
- Voutilainen M.Y
- Vuosalo C.Fi
- Vutova M.M
- W\uf6hri H.K.Cv
- W\ufcrthwein F.Ds
- Wagner S.R.Dw
- Wagner-Kuhr J.Am
- Walker M.Fb
- Wallny R.Cx
- Walsh R.Ak
- Waltenberger W.B
- Wang D.P
- Wang F.Ew
- Wang J.F
- Wang Q.Eh
- Wang R.-J.eq
- Wang X.O
- Wang Z.O
- Wardle N.Cv
- Wayand S.Am
- Wayne M.Es
- Weber H.A.Cx
- Weber H.Ah
- Weber M.Ai
- Weber M.Dq
- Weiler T.Am
- Weinberg M.Ec
- Welke C.Ds
- Wendland L.Z
- Weng Y.Dx
- Werner J.S.Eu
- West C.Dt
- Wetzel J.Ef
- Whitbeck A.Dz
- Whitmore J.Dz
- Wickramage N.Ay
- Wilbur S.Dp
- Wilken R.Da
- Wilkinson R.Du
- Williams T.Dh
- Wimpenny S.Dr
- Winer B.L.Et
- Winn D.Dy
- Winstrom L.Dx
- Wissing C.Ak
- Wittich P.Dx
- Wittmer B.Ah
- Wolf M.Es
- Wolf R.Am
- Wolfe H.Et
- Wollny H.Cv
- Wolszczak W.Ch
- Womersley W.J.Di
- Won S.Er
- Wood D.Eq
- Wood J.Fg
- Wood J.S.Eh
- Woodard A.Es
- Woods N.Fi
- Worm S.D.Di
- Wright D.Ej
- Wulsin H.W.Et
- Wulz C.-E.b
- Wyslouch B.El
- Xiao H.Af
- Xie S.Du
- Xie W.Ew
- Xu L.Ew
- Yagil A.Ds
- Yalvac M.Dd
- Yang F.Dz
- Yang M.El
- Yang Y.Cy
- Yazgan E.G
- Yelton J.Ea
- Yetkin T.Ef
- Yi K.Ef
- Yilmaz Y.Ac
- Yohay R.Dp
- Yoo H.D.Ew
- Yoo J.Ds
- Yoon A.S.El
- York A.Fc
- Yu I.Bw
- Yu S.S.Cz
- Yumiceva F.Ed
- Zabel J.Ey
- Zabi A.Ac
- Zablocki J.Ew
- Zaganidis N.G
- Zakaria M.Ea
- Zalewski P.Cg
- Zanetti A.Bp
- Zanetti M.El
- Zarubin A.Cj
- Zeinali M.Az
- Zenz S.C.Dj
- Zeuner W.D.Cv
- Zeyrek M.Dd
- Zhang J.Eq
- Zhang L.P
- Zheng Y.Ew
- Zhokin A.Cm
- Zhu R.Y.Du
- Zhukov V.Ah
- Zhukova V.El
- Zito G.Bb
- Zotto P.Bj
- Zou W.P
- Zsigmond A.J.Aq
- Zucchetta A.Bj
- Zuranski A.Eu
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2014
- Field of study
Searches for supersymmetry (SUSY) are presented based on the electroweak pair production of neutralinos and charginos, leading to decay channels with Higgs, Z, and W bosons and undetected lightest SUSY particles (LSPs). The data sample corresponds to an integrated luminosity of about 19.5 fb(-1) of proton-proton collisions at a center-of-mass energy of 8 TeV collected in 2012 with the CMS detector at the LHC. The main emphasis is neutralino pair production in which each neutralino decays either to a Higgs boson (h) and an LSP or to a Z boson and an LSP, leading to hh, hZ, and ZZ states with missing transverse energy (E-T(miss)). A second aspect is chargino-neutralino pair production, leading to hW states with E-T(miss). The decays of a Higgs boson to a bottom-quark pair, to a photon pair, and to final states with leptons are considered in conjunction with hadronic and leptonic decay modes of the Z and W bosons. No evidence is found for supersymmetric particles, and 95% confidence level upper limits are evaluated for the respective pair production cross sections and for neutralino and chargino mass values
First confirmed case of malignant catarrhal fever in a cow in Portugal
- Publication venue
- 'BMJ'
- Publication date
- Field of study
Osteonecrosis of the femoral head following adjuvant chemotherapy for breast cancer
- Author
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
Difficulties in reaching low‐income new fathers: Issues and cases
- Author
- Publication venue
- 'Informa UK Limited'
- Publication date
- Field of study
Deep sequencing of influenza A virus from a human challenge study reveals a selective bottleneck and only limited intrahost genetic diversification
- Author
- Publication venue
- 'American Society for Microbiology'
- Publication date
- 01/01/2016
- Field of study
10.1128/JVI.01657-16Journal of Virology902411247-1125