109 research outputs found
A Dominant-Negative Approach That Prevents Diphthamide Formation Confers Resistance to Pseudomonas Exotoxin A and Diphtheria Toxin
- Author
- A Galazka
- A Manafi
- AL Mattos-Guaraldi
- AM Pappenheimer Jr
- BA Brown
- BG Van Ness
- BG Van Ness
- BR Sellman
- C Bar
- CL Densmore
- CM Chen
- CM Pillar
- DE Ohman
- E Danilova
- E Kipnis
- EA Robinson
- F Jacobsen
- FA Speranza
- HS El-Zaim
- JB Lyczak
- JE Carette
- JM Moehring
- JY Chen
- JY Chen
- K Ghani
- Karim Ghani
- KM Farizo
- L Falquet
- L Fichtner
- L Fichtner
- LC Mattheakis
- LC Mattheakis
- Manuel Caruso
- MJ Bjorn
- MR Fogle
- OR Pavlovskis
- PA Ortiz
- Q Deng
- R Jorgensen
- R Jorgensen
- RB DuBridge
- RJ Collier
- RR Mohan
- S Liu
- S Liu
- S Liu
- S Miyazaki
- SP Yates
- Stefan Bereswill
- T Matsumoto
- T Matsumoto
- T Mosmann
- TI Nicas
- TJ Moehring
- TR Webb
- V Roy
- Vincent Roy
- Y Doyon
- Publication venue
- Public Library of Science
- Publication date
- 01/12/2010
- Field of study
Diphtheria toxin (DT), Pseudomonas aeruginosa Exotoxin A (ETA) and cholix toxin from Vibrio cholerae share the same mechanism of toxicity; these enzymes ADP-rybosylate elongation factor-2 (EF-2) on a modified histidine residue called diphthamide, leading to a block in protein synthesis. Mutant Chinese hamster ovary cells that are defective in the formation of diphthamide have no distinct phenotype except their resistance to DT and ETA. These observations led us to predict that a strategy that prevents the formation of diphthamide to confer DT and ETA resistance is likely to be safe. It is well documented that Dph1 and Dph2 are involved in the first biochemical step of diphthamide formation and that these two proteins interact with each other. We hypothesized that we could block diphthamide formation with a dominant negative mutant of either Dph1 or Dph2. We report in this study the first cellular-targeted strategy that protects against DT and ETA toxicity. We have generated Dph2(C-), a dominant-negative mutant of Dph2, that could block very efficiently the formation of diphthamide. Cells expressing Dph2(C-) were 1000-fold more resistant to DT than parental cells, and a similar protection against Pseudomonas exotoxin A was also obtained. The targeting of a cellular component with this approach should have a reduced risk of generating resistance as it is commonly seen with antibiotic treatments
Paracellular absorption is relatively low in the herbivorous Egyptian spiny-tailed lizard, Uromastyx aegyptia
- Author
- A Bouskila
- ACI Warner
- AP Smulders
- Berry Pinshow
- Christopher R. Tracy
- CR Tracy
- E Caviedes-Vidal
- E Caviedes-Vidal
- EM Dzialowski
- EN Smith
- F Seebacher
- F Seebacher
- Frank Seebacher
- G Galli
- G Throckmorton
- GC Grigg
- HJ Motulsky
- J Diamond
- JB Iverson
- JCK Loo
- JG Chediack
- JG Chediack
- JG Wagner
- JM Diamond
- JR Pappenheimer
- JR Pappenheimer
- JS Lane
- K Troyer
- KA Christian
- KD Fine
- MH Chang
- MR El Toubi
- MR Uhing
- P Cunningham
- P Cunningham
- RLS Chang
- RM Schwartz
- RR Pencek
- SR Lavin
- TJ McWhorter
- TM Wilms
- TM Wilms
- TM Wilms
- Todd J. McWhorter
- WH Karasov
- WH Karasov
- WH Karasov
- WH Karasov
- William H. Karasov
- WJ Foley
- WW Weathers
- Publication venue
- 'Public Library of Science (PLoS)'
- Publication date
- 01/01/2013
- Field of study
Extent: 9 p.Absorption of small water-soluble nutrients in vertebrate intestines occurs both by specific, mediated transport and by nonspecific, passive, paracellular transport. Although it is apparent that paracellular absorption represents a significant route for nutrient absorption in many birds and mammals, especially small, flying species, its importance in ectothermic vertebrates has not previously been explored. Therefore, we measured fractional absorption (e) and absorption rate of three paracellular probes (arabinose, L-rhamnose, cellobiose) and of 3-O-methyl D-glucose (absorbed by both mediated and paracellular pathways) by the large herbivorous lizard, Uromastyx aegyptia, to explore the relative importance of paracellular and mediated transport in an ectothermic, terrestrial vertebrate. Fractional absorption of 3-O-methyl D-glucose was high (e = 0.7360.04) and similar to other vertebrates; e of the paracellular probes was relatively low (arabinose e = 0.3160.03, Lrhamnose e = 0.1960.02, and cellobiose e = 0.1460.02), and decreased with molecular mass, a pattern consistent with other vertebrates. Paracellular absorption accounted for approximately 24% of total 3-O-methyl D-glucose uptake, indicating low reliance on this pathway for these herbivorous lizards, a pattern similar to that found in other terrestrial vertebrates, and different from small flying endotherms (both birds and bats).Todd J. McWhorter, Berry Pinshow, William H. Karasov and Christopher R. Trac
The endothelial glycocalyx: composition, functions, and visualization
- Author
- A Beresewicz
- A Nandi
- A Rapraeger
- A Rapraeger
- A Ueda
- AA Constantinescu
- AJ Hoogewerf
- AL Barker
- AM Kupinski
- AM Muller
- AM Tovar
- AR Pries
- AR Pries
- AR Pries
- AR Pries
- AW Mulivor
- B Berg van den
- B Klitzman
- B Klitzman
- B Vollmar
- BJ Ward
- BL Allen
- BM Berg van den
- BM Berg van den
- C Desjardins
- C Hjalmarsson
- C Ruegg
- CA Vogl-Willis
- CB Henry
- CB Henry
- CC Michel
- CF Dewey Jr
- CJ Robinson
- CS Wang
- D Spillmann
- Dick W. Slaaf
- DJ Carey
- DM Nathan
- DN Granger
- E Tkachenko
- EH Starling
- F Lopez-Casillas
- FR Curry
- G Ho
- G Wu
- GH Janssen
- GK Hansson
- GM Rubanyi
- GS Kansas
- H Kato
- H Kresse
- H Vink
- H Vink
- H Vink
- H Weiler
- Hans Vink
- HH Lipowsky
- HH Lipowsky
- I Kurose
- I Rubio-Gayosso
- IH Sarelius
- J Rostgaard
- J Rostgaard
- JA Florian
- JA Koedam
- JA Lopez
- JB Seal
- JD Esko
- JE Scott
- JE Scott
- JH Luft
- JL Funderburgh
- JM Tarbell
- JM Tarbell
- JP Xiong
- JR Fromm
- JR Pappenheimer
- JY Lee
- K Sasaki
- K Shimada
- K Sugahara
- K Yamashita
- KA Parker
- KD Patel
- L Bode
- L Bode
- L Ghitescu
- L Tan
- L Zhuo
- LA Fransson
- LC Wilsie
- LM Title
- M Gouverneur
- M Jacob
- M Nieuwdorp
- M Nieuwdorp
- M Nieuwdorp
- M Rehm
- M Sperandio
- M Sperandio
- M Zandvoort van
- Marc A. M. J. van Zandvoort
- MC Berndt
- MG Egbrink
- MG Kinsella
- MG Oliver
- MG oude Egbrink
- Mirjam G. A. oude Egbrink
- ML Ballinger
- MT Huang
- N Grammatikakis
- N Perrimon
- NS Ihrcke
- NS Quinsey
- P Algenstaedt
- P Libby
- PF Davies
- PH Weigel
- PM Haaren van
- PM Haaren van
- Q Li
- R Raman
- R Ross
- RJ Beuk
- RJ Stewart
- RM Gibson
- RTA Megens
- RV Iozzo
- S Ali
- S Das
- S Mochizuki
- S Salek-Ardakani
- S Weinbaum
- S Weinbaum
- Sietze Reitsma
- SP Evanko
- T Bombeli
- TA Springer
- TC Laurent
- TW Secomb
- U Jung
- VH Huxley
- VS Dole
- W Weninger
- X Hu
- X Lin
- X Zhang
- XL Du
- YF Han
- ZM Ruggeri
- Publication venue
- Springer-Verlag
- Publication date
- 01/01/2007
- Field of study
This review aims at presenting state-of-the-art knowledge on the composition and functions of the endothelial glycocalyx. The endothelial glycocalyx is a network of membrane-bound proteoglycans and glycoproteins, covering the endothelium luminally. Both endothelium- and plasma-derived soluble molecules integrate into this mesh. Over the past decade, insight has been gained into the role of the glycocalyx in vascular physiology and pathology, including mechanotransduction, hemostasis, signaling, and blood cell–vessel wall interactions. The contribution of the glycocalyx to diabetes, ischemia/reperfusion, and atherosclerosis is also reviewed. Experimental data from the micro- and macrocirculation alludes at a vasculoprotective role for the glycocalyx. Assessing this possible role of the endothelial glycocalyx requires reliable visualization of this delicate layer, which is a great challenge. An overview is given of the various ways in which the endothelial glycocalyx has been visualized up to now, including first data from two-photon microscopic imaging
Observation of Two New Excited Ξb0 States Decaying to Λb0 K-π+
- Author
- Aaij R
- Abdelmotteleb ASW
- Abrantes FG
- Ackernley T
- Adeva B
- Adinolfi M
- Afsharnia H
- Agapopoulou C
- Aidala CA
- Aiola S
- Ajaltouni Z
- Akar S
- Akiba KC
- Albero AA
- Albrecht J
- Alepuz CR
- Alessio F
- Alexander M
- Aliouche Z
- Alkhazov G
- Altarelli MP
- Amato S
- Amey JL
- Amhis Y
- An L
- Anderlini L
- Andreianov A
- Andreotti M
- Archilli F
- Artamonov A
- Artuso M
- Arzymatov K
- Aslanides E
- Atzeni M
- Audurier B
- Bachmann S
- Bachmayer M
- Back JJ
- Balagura V
- Baldini W
- Barajas CAC
- Barbetti M
- Barlow RJ
- Barsuk S
- Barter W
- Bartolini M
- Baryshnikov F
- Basels JM
- Bashir S
- Bassi G
- Batsukh B
- Battig A
- Bay A
- Beck A
- Becker M
- Bedeschi F
- Bediaga I
- Beiter A
- Belavin V
- Belin S
- Bellee V
- Belous K
- Belov I
- Belyaev I
- Ben-Haim E
- Bencivenni G
- Benito CM
- Berezhnoy A
- Bernet R
- Berninghoff D
- Bernstein HC
- Bertella C
- Bertolin A
- Betancourt C
- Beteta CA
- Betti F
- Bezshyiko I
- Bhasin S
- Bhom J
- Bian L
- Bieker MS
- Bifani S
- Billoir P
- Birch M
- Bishop FCR
- Bitadze A
- Bizzeti A
- Bjorn M
- Blago MP
- Blake T
- Blanc F
- Blusk S
- Bobulska D
- Boelhauve JA
- Boettcher T
- Boldyrev A
- Bondar A
- Bondar N
- Borghi S
- Borisyak M
- Borsato M
- Borsuk JT
- Bouchiba SA
- Bowcock TJV
- Boyer A
- Bozzi C
- Bradley MJ
- Braun S
- Brodski M
- Brodzicka J
- Brundu D
- Buonaura A
- Buonincontri L
- Burke AT
- Burr C
- Bursche A
- Butkevich A
- Butter JS
- Buytaert J
- Byczynski W
- Cadeddu S
- Cai H
- Calabrese R
- Calefice L
- Cali S
- Calladine R
- Calvi M
- Campana P
- Canudas NV
- Capelli S
- Capriotti L
- Carbone A
- Carboni G
- Cardinale R
- Cardini A
- Cardoso LAG
- Carli I
- Carniti P
- Cartelle PA
- Carus L
- Casasus MP
- Casse G
- Castro AP
- Castro JL
- Cattaneo M
- Cavallero G
- Cazon BRG
- Celani S
- Cerasoli J
- Cervenkov D
- Chadwick AJ
- Chapman MG
- Charles M
- Charpentier P
- Chatzikonstantinidis G
- Chefdeville M
- Chen C
- Chen S
- Chernov A
- Chobanova V
- Cholak S
- Chrzaszcz M
- Chubykin A
- Chulikov V
- Ciambrone P
- Cicala MF
- Ciezarek G
- Clarke PEL
- Clemencic M
- Cliff HV
- Closier J
- Cobbledick JL
- Coco V
- Coelho JAB
- Cogan J
- Cogneras E
- Cojocariu L
- Collins P
- Colombo T
- Congedo L
- Contu A
- Cooke N
- Coombs G
- Corredoira I
- Corti G
- Coutinho RS
- Couturier B
- Craik DC
- Crkovska J
- Currie R
- D'Ambrosio C
- D'Argent P
- Da Silva CL
- Dadabaev S
- Dai L
- Dall'Occo E
- Dalseno J
- Danilina A
- Davies JE
- Davis A
- De Almeida FLS
- De Bruyn K
- De Capua S
- De Cian M
- De Miranda JM
- De Paula BS
- De Paula L
- De Serio M
- De Simone D
- De Simone P
- de Vries JA
- Dean CT
- Decamp D
- Dedu V
- Del Buono L
- Delaney B
- Dembinski HP
- Dendek A
- Denysenko V
- Derkach D
- Deschamps O
- Desse F
- Dettori F
- Dey B
- Di Cicco A
- Di Nezza P
- Diaz LC
- Diaz MV
- Didenko S
- Dijkstra H
- Dobishuk V
- Dong C
- Donohoe AM
- Dordei F
- dos Reis AC
- Douglas L
- Dovbnya A
- Downes AG
- Dudek MW
- Dufour L
- Duk V
- Durante P
- Durham JM
- Dutta D
- Dziurda A
- Dzyuba A
- Easo S
- Egede U
- Egorychev V
- Eidelman S
- Eisenhardt S
- Ek-In S
- Eklund L
- Ely S
- Ene A
- Epple E
- Escher S
- Eschle J
- Esen S
- Evans T
- Falabella A
- Fan J
- Fan Y
- Fang B
- Farry S
- Fazzini D
- Feo M
- Fernandez RAR
- Fernandez SG
- Fernez AD
- Ferrari F
- Ferrillo M
- Ferro-Luzzi M
- Figueras EV
- Filippov S
- Fini RA
- Fiorini M
- Firlej M
- Fischer KM
- Fitzgerald DS
- Fitzpatrick C
- Fiutowski T
- Fkiaras A
- Fleuret F
- Fontana M
- Fontanelli F
- Forty R
- Foulds-Holt D
- Francisco OD
- Frank M
- Franzoso E
- Frau G
- Frei C
- Friday DA
- Fu J
- Fuehring Q
- Gabriel E
- Galli D
- Gambetta S
- Gan Y
- Gandelman M
- Gandini P
- Gao Y
- Garau M
- Garcia LM
- Garcia OB
- Garrido L
- Gaspar C
- Geertsema RE
- Gerick D
- Gerken LL
- Gersabeck E
- Gersabeck M
- Gershon T
- Gerstel D
- Ghez P
- Giambastiani L
- Gibson V
- Giemza HK
- Gilman AL
- Giovannetti M
- Gioventu A
- Gironell PG
- Giubega L
- Giugliano C
- Gizdov K
- Gkougkousis EL
- Gligorov VV
- Gobel C
- Goicochea JMO
- Golobardes E
- Golubkov D
- Golutvin A
- Gomes A
- Gomez MC
- Gomez RV
- Goncerz M
- Gong G
- Gonzalo AB
- Gorbounov P
- Gorelov IV
- Gotti C
- Govorkova E
- Grabowski JP
- Grammatico T
- Gras CS
- Grauges E
- Graverini E
- Graziani G
- Grecu A
- Greeven LM
- Grieser NA
- Grillo L
- Gromov S
- Gu C
- Guarise M
- Guittiere M
- Gunther PA
- Gushchin E
- Guth A
- Guz Y
- Gys T
- Hadavizadeh T
- Haefeli G
- Haen C
- Haimberger J
- Halewood-leagas T
- Hamilton PM
- Hammerich JP
- Han Q
- Han X
- Hancock TH
- Hansmann-Menzemer S
- Harnew N
- Harrison T
- Hasse C
- Hatch M
- He J
- Hecker M
- Heijhoff K
- Heinicke K
- Hennequin AM
- Hennessy K
- Henry L
- Heuel J
- Hicheur A
- Hill D
- Hilton M
- Hollitt SE
- Hou R
- Hou Y
- Hu J
- Hu J
- Hu W
- Hu X
- Huang W
- Huang X
- Hulsbergen W
- Hunter RJ
- Hushchyn M
- Hutchcroft D
- Hynds D
- Ibis P
- Idzik M
- Ilin D
- Ilten P
- Inglessi A
- Ishteev A
- Ivshin K
- Jacobsson R
- Jage H
- Jakobsen S
- Jans E
- Jashal BK
- Jawahery A
- Jevtic V
- Jiang F
- John M
- Johnson D
- Jones CR
- Jones TP
- Jost B
- Jurik N
- Kadavath SHK
- Kandybei S
- Kang Y
- Karacson M
- Karpov M
- Keizer F
- Keller DM
- Kenzie M
- Ketel T
- Khanji B
- Kharisova A
- Kholodenko S
- Kirn T
- Kirsebom VS
- Kitouni O
- Klaver S
- Kleijne N
- Klimaszewski K
- Kmiec MR
- Koliiev S
- Kondybayeva A
- Konoplyannikov A
- Kopciewicz P
- Kopecna R
- Koppenburg P
- Korolev M
- Kostiuk I
- Kot O
- Kotriakhova S
- Kravchenko P
- Kravchuk L
- Krawczyk RD
- Kreps M
- Kress F
- Kretzschmar S
- Krokovny P
- Krupa W
- Krzemien W
- Kucewicz W
- Kucharczyk M
- Kudryavtsev V
- Kuindersma HS
- Kunde GJ
- Kvaratskheliya T
- Lacarrere D
- Lafferty G
- Lai A
- Lamas MR
- Lampis A
- Lancierini D
- Lane JJ
- Lane R
- Lanfranchi G
- Langenbruch C
- Langer J
- Lantwin O
- Latham T
- Lavra LS
- Lazzari F
- Le Gac R
- Lee SH
- Lefevre R
- Leflat A
- Legotin S
- Leite JB
- Lener MP
- Leroy O
- Lesiak T
- Leverington B
- Li H
- Li P
- Li S
- Li Y
- Li Y
- Li Z
- Liang X
- Lima VF
- Lin T
- Lindner R
- Lisovskyi V
- Litvinov R
- Liu G
- Liu H
- Liu Q
- Liu S
- Loi A
- Longstaff I
- Lopes JH
- Lopes LF
- Lopez JAR
- Lovell GH
- Lu Y
- Lucarelli C
- Lucchesi D
- Luchuk S
- Lukashenko V
- Luo Y
- Lupato A
- Luppi E
- Lupton O
- Lusiani A
- Lyu X
- Ma L
- Ma R
- Maccolini S
- Machado DT
- Machefert F
- Maciuc F
- Macko V
- Mackowiak P
- Maddrell-Mander S
- Madejczyk O
- Maev O
- Maevskiy A
- Magalhaes PC
- Maisuzenko D
- Majewski MW
- Malczewski JJ
- Malde S
- Malecki B
- Malinin A
- Maltsev T
- Malygina H
- Manca G
- Mancinelli G
- Manuzzi D
- Marangotto D
- Maratas J
- Marchand JF
- Marconi U
- Mariani S
- Marinangeli M
- Marks J
- Maronas LD
- Marshall AM
- Marshall PJ
- Martelli G
- Martellotti G
- Martin LMG
- Martinazzoli L
- Martinelli M
- Martinez ML
- Massafferri A
- Materok M
- Matev R
- Mathad A
- Mathe Z
- Matiunin V
- Matteuzzi C
- Mattioli KR
- Mauri A
- Maurice E
- Mauricio J
- Mazurek M
- McCann M
- Mcconnell L
- Mcgrath TH
- Mchugh NT
- McNab A
- McNulty R
- Mead JV
- Meadows B
- Meier G
- Meinert N
- Melnychuk D
- Meloni S
- Merk M
- Merli A
- Mikhasenko M
- Milanes DA
- Millard E
- Milovanovic M
- Minard MN
- Minotti A
- Minzoni L
- Mitchell SE
- Mitreska B
- Mitzel DS
- Modden A
- Mohammed RA
- Mohan LRM
- Moise RD
- Mombacher T
- Monroy IA
- Monteil S
- Morandin M
- Morello G
- Morello MJ
- Moreno PG
- Moron J
- Morris AB
- Morris AG
- Mountain R
- Mu H
- Muheim F
- Mulder M
- Muller D
- Muller K
- Murphy CH
- Murray D
- Muzzetto P
- Naik P
- Nakada T
- Nandakumar R
- Nanut T
- Nasteva I
- Needham M
- Neri I
- Neri N
- Neubert S
- Neufeld N
- Newcombe R
- Nguyen TD
- Nguyen-Mau C
- Niel EM
- Nieswand S
- Nikitin N
- Nolte NS
- Norella ES
- Normand C
- Nunez C
- O'Hanlon DP
- O'Neil RH
- Oblakowska-Mucha A
- Obraztsov V
- Oeser T
- Okamura S
- Oldeman R
- Oliva F
- Olivares ME
- Onderwater CJG
- Ossowska A
- Ovsiannikova T
- Owen P
- Oyanguren A
- Padeken KO
- Pagare B
- Pais PR
- Pajero T
- Palano A
- Palutan M
- Pan Y
- Panshin G
- Papanestis A
- Pappagallo M
- Pappalardo LL
- Pappenheimer C
- Pardinas JG
- Parker W
- Parkes C
- Passalacqua B
- Passaleva G
- Pastore A
- Patel M
- Patrignani C
- Pawley CJ
- Pearce A
- Pellegrino A
- Perazzini S
- Pereima D
- Pernas MR
- Perret P
- Petric M
- Petridis K
- Petrolini A
- Petrov A
- Petrucci S
- Petruzzo M
- Pham TTH
- Philippov A
- Pica L
- Piccini M
- Pietrzyk B
- Pietrzyk G
- Pili M
- Pinci D
- Pisani F
- Pizzichemi M
- Placinta V
- Plana BG
- Plews J
- Polci F
- Poliakova M
- Poluektov A
- Polukhina N
- Polyakov I
- Polycarpo E
- Ponce S
- Popov D
- Popov S
- Poslavskii S
- Prasanth K
- Prieto AF
- Promberger L
- Prouve C
- Pugatch V
- Puill V
- Pullen H
- Punzi G
- Qi H
- Qian W
- Qin J
- Qin N
- Quagliani R
- Quezada AFC
- Quintana B
- Raab NV
- Rachwal B
- Rademacker JH
- Rama M
- Rangel MS
- Ratnikov F
- Raven G
- Reboud M
- Redi F
- Regueiro PV
- Reiss F
- Ren Z
- Renaudin V
- Resmi PK
- Ribatti R
- Ricciardi S
- Rinnert K
- Rios CS
- Robbe P
- Robertson G
- Rodrigues AB
- Rodrigues E
- Rodrigues FF
- Rodriguez AB
- Rodriguez ERRR
- Rodriguez PB
- Rollings A
- Roloff P
- Romanovskiy V
- Rosales FAG
- Roth JD
- Rotondo M
- Rudolph MS
- Ruf T
- Ryzhikov A
- Ryzka J
- Sagidova N
- Sahoo N
- Saitta B
- Salomoni M
- Salvia AL
- Santacesaria R
- Santimaria M
- Santos DM
- Santovetti E
- Saranin D
- Sarpis G
- Sarpis M
- Sarti A
- Satriano C
- Satta A
- Saur M
- Savrina D
- Sazak H
- Scarabotto A
- Schael S
- Scherl S
- Schiller M
- Schindler H
- Schmelling M
- Schmidt B
- Schmitt S
- Schneider O
- Schopper A
- Schubiger M
- Schulte S
- Schune MH
- Schwemmer R
- Sciascia B
- Sellam S
- Semennikov A
- Sergi A
- Serra N
- Sestini L
- Seuthe A
- Sevilla MF
- Shang Y
- Shangase DM
- Shapkin M
- Shchemerov I
- Shchutska L
- Shears T
- Shekhtman L
- Shen Z
- Shevchenko V
- Shields EB
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- Silva JJS
- Simi G
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- Smallwood JC
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- Strekalina D
- Suljik F
- Sun J
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- Svihra P
- Swallow PN
- Swientek K
- Szabelski A
- Szumlak T
- Szymanski M
- T'Jampens S
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- Tisserand V
- Tobin M
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- Ursov E
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- Ustyuzhanin A
- Uwer U
- Vagner A
- Vagnoni V
- Valassi A
- Valenti G
- van Beuzekom M
- Van Dijk M
- van Herwijnen E
- Van Hulse CB
- van Veghel M
- Vecchi S
- Velthuis JJ
- Veltri M
- Venkateswaran A
- Veronesi M
- Vesterinen M
- Vidal AC
- Vidal AR
- Vidal FM
- Vidal JR
- Vidal XC
- Vieira D
- Viemann H
- Vilasis-Cardona X
- Villa A
- Vincent P
- Volle FC
- Vom Bruch D
- Vorobyev A
- Vorobyev V
- Voropaev N
- Vos K
- Waldi R
- Walsh J
- Wang C
- Wang J
- Wang J
- Wang J
- Wang J
- Wang M
- Wang R
- Wang Y
- Wang Z
- Wang Z
- Wang Z
- Ward JA
- Watson NK
- Weber SG
- Websdale D
- Weisser C
- Westhenry BDC
- White DJ
- Whitehead M
- Wiederhold AR
- Wiedner D
- Wilkinson G
- Wilkinson M
- Williams I
- Williams M
- Williams MRJ
- Wilson FF
- Wislicki W
- Witek M
- Witola L
- Wormser G
- Wotton SA
- Wu H
- Wyllie K
- Xiang Z
- Xiao D
- Xie Y
- Xu A
- Xu J
- Xu L
- Xu M
- Xu Q
- Xu Z
- Xu Z
- Yang D
- Yang S
- Yang Y
- Yang Z
- Yang Z
- Yao Y
- Yeomans LE
- Yin H
- Yu J
- Yuan X
- Yushchenko O
- Zaffaroni E
- Zavertyaev M
- Zdybal M
- Zenaiev O
- Zeng M
- Zhang D
- Zhang L
- Zhang S
- Zhang S
- Zhang Y
- Zhang Y
- Zharkova A
- Zhelezov A
- Zheng Y
- Zhou T
- Zhou X
- Zhou Y
- Zhovkovska V
- Zhu X
- Zhu X
- Zhu Z
- Zhukov V
- Zonneveld JB
- Zou Q
- Zucchelli S
- Zuliani D
- Zunica G
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2022
- Field of study
Two narrow resonant states are observed in the Λb0K-π+ mass spectrum using a data sample of proton-proton collisions at a center-of-mass energy of 13 TeV, collected by the LHCb experiment and corresponding to an integrated luminosity of 6 fb-1. The minimal quark content of the Λb0K-π+ system indicates that these are excited Ξb0 baryons. The masses of the Ξb(6327)0 and Ξb(6333)0 states are m[Ξb(6327)0]=6327.28-0.21+0.23±0.12±0.24 and m[Ξb(6333)0]=6332.69-0.18+0.17±0.03±0.22 MeV, respectively, with a mass splitting of Δm=5.41-0.27+0.26±0.12 MeV, where the uncertainties are statistical, systematic, and due to the Λb0 mass measurement. The measured natural widths of these states are consistent with zero, with upper limits of Γ[Ξb(6327)0]<2.20(2.56) and Γ[Ξb(6333)0]<1.60(1.92) MeV at a 90% (95%) credibility level. The significance of the two-peak hypothesis is larger than nine (five) Gaussian standard deviations compared to the no-peak (one-peak) hypothesis. The masses, widths, and resonant structure of the new states are in good agreement with the expectations for a doublet of 1D Ξb0 resonances
Recommended from our members
Study of the ψ2(3823) and χc1(3872) states in B+→(Jψπ+π−)K+ decays
- Author
- Aaij R
- Ackernley T
- Adeva B
- Adinolfi M
- Afsharnia H
- Aidala CA
- Aiola S
- Ajaltouni Z
- Akar S
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- Albero A Alfonso
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- Arzymatov K
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- Back JJ
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- Balagura V
- Baldini W
- Barlow RJ
- Barsuk S
- Barter W
- Bartolini M
- Baryshnikov F
- Basels JM
- Bassi G
- Batozskaya V
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- Benito C Marin
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- Stenyakin O
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- Stramaglia ME
- Straticiuc M
- Strekalina D
- Strokov S
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- Tsaregorodtsev A
- Tuci G
- Tully A
- Tuning N
- Ukleja A
- Unverzagt DJ
- Usachov A
- Ustyuzhanin A
- Uwer U
- Vagner A
- Vagnoni V
- Valassi A
- Valenti G
- Vecchi S
- Veghel M van
- Velthuis JJ
- Veltri M
- Venkateswaran A
- Veronesi M
- Vesterinen M
- Vidal A Casais
- Vidal A Romero
- Vidal F Martinez
- Vidal J Ruiz
- Vidal X Cid
- Vieira D
- Viemann H
- Vilasis-Cardona X
- Vincent P
- Vitali G
- Vitkovskiy A
- Vollhardt A
- Vorobyev A
- Vorobyev V
- Voropaev N
- Vries JA de
- Waldi R
- Walsh J
- Wang J
- Wang J
- Wang J
- Wang J
- Wang M
- Wang R
- Wang Y
- Wang Z
- Ward DR
- Wark HM
- Watson NK
- Weber SG
- Websdale D
- Weisser C
- Westhenry BDC
- White DJ
- Whitehead M
- Wiedner D
- Wilkinson G
- Wilkinson M
- Williams I
- Williams M
- Williams MRJ
- Wilson FF
- Wislicki W
- Witek M
- Witola L
- Wormser G
- Wotton SA
- Wu H
- Wyllie K
- Xiang Z
- Xiao D
- Xie Y
- Xing H
- Xu A
- Xu J
- Xu L
- Xu M
- Xu Q
- Xu Z
- Yang D
- Yang Y
- Yang Z
- Yang Z
- Yao Y
- Yeomans LE
- Yin H
- Yu J
- Yuan X
- Yushchenko O
- Zarebski KA
- Zavertyaev M
- Zdybal M
- Zenaiev O
- Zeng M
- Zhang D
- Zhang L
- Zhang S
- Zhang Y
- Zhelezov A
- Zheng Y
- Zhou X
- Zhou Y
- Zhu X
- Zhukov V
- Zonneveld JB
- Zucchelli S
- Zuliani D
- Zunica G
- Publication venue
- JHEP
- Publication date
- 26/08/2021
- Field of study
The decays B+→J/ψπ+π−K+ are studied using a data
set corresponding to an integrated luminosity of 9fb−1 collected with the
LHCb detector in proton-proton collisions between 2011 and 2018. Precise
measurements of the ratios of branching fractions with the intermediate
ψ2(3823), χc1(3872) and ψ(2S) states are reported. The decay
of B+→ψ2(3823)K+ with ψ2(3823)→Jψπ+π− is observed for the first time with a significance of 5.1
standard deviations. The mass differences between the ψ2(3823),
χc1(3872) and ψ(2S) states are measured to be mχc1(3872)−mψ2(3823)mψ2(3823)−mψ(2S)mχc1(3872)−mψ(2S)===47.50±0.53±0.13MeV/c2,137.98±0.53±0.14MeV/c2,185.49±0.06±0.03MeV/c2, resulting in the
most precise determination of the χc1(3782) mass. The width of the
ψ2(3823) state is found to be below 5.2MeV at 90\% confidence level. The
Breit-Wigner width of the χc1(3872) state is measured to be Γχc1(3872)BW=0.96−0.18+0.19±0.21MeV, which is inconsistent with zero by 5.5 standard deviations
Precise determination of the B-s(0)-B-s(-0) oscillation frequency
- Author
- Aaij R
- Abrantes F Goncalves
- Ackernley T
- Adeva B
- Adinolfi M
- Afsharnia H
- Aidala CA
- Aiola S
- Ajaltouni Z
- Akar S
- Akiba K Carvalho
- Albrecht J
- Alessio F
- Alexander M
- Alfonso Albero A
- Aliouche Z
- Alkhazov G
- Altarelli M Pepe
- Amato S
- Amhis Y
- An L
- Anderlini L
- Andreianov A
- Andreotti M
- Archilli F
- Artamonov A
- Artuso M
- Arzymatov K
- Aslanides E
- Atzeni M
- Audurier B
- Bachmann S
- Bachmayer M
- Back JJ
- Baladron Rodriguez P
- Balagura V
- Baldini W
- Barajas CA Chavez
- Barlow RJ
- Barsuk S
- Barter W
- Bartolini M
- Baryshnikov F
- Basels JM
- Bassi G
- Batsukh B
- Battig A
- Bay A
- Becker M
- Bedeschi F
- Bediaga I
- Beiter A
- Belavin V
- Belin S
- Bellee V
- Belous K
- Belov I
- Belyaev I
- Ben-Haim E
- Bencivenni G
- Benito C Marin
- Berezhnoy A
- Bernet R
- Berninghoff D
- Bernstein HC
- Bertella C
- Bertolin A
- Betancourt C
- Beteta C Abellan
- Betti F
- Bezshyiko Ia
- Bhasin S
- Bhom J
- Bian L
- Bieker MS
- Bifani S
- Billoir P
- Birch M
- Bishop FCR
- Bitadze A
- Bizzeti A
- Bjorn M
- Blago MP
- Blake T
- Blanc F
- Blusk S
- Bobulska D
- Boelhauve JA
- Boente Garcia O
- Boettcher T
- Boldyrev A
- Bondar A
- Bondar N
- Borghi S
- Borisyak M
- Borsato M
- Borsuk JT
- Bouchiba SA
- Bowcock TJV
- Boyer A
- Bozzi C
- Bradley MJ
- Braun S
- Brea Rodriguez A
- Brodski M
- Brodzicka J
- Brundu D
- Buonaura A
- Burr C
- Bursche A
- Butkevich A
- Butter JS
- Buytaert J
- Byczynski W
- Cadeddu S
- Cai H
- Calabrese R
- Calefice L
- Cali S
- Calladine R
- Calvi M
- Calvo Gomez M
- Camboni A
- Campana P
- Capelli S
- Capriotti L
- Carbone A
- Carboni G
- Cardinale R
- Cardini A
- Cardoso LA Granado
- Carli I
- Carniti P
- Cartelle P Alvarez
- Carus L
- Casais Vidal A
- Casse G
- Cattaneo M
- Cavallero G
- Celani S
- Cerasoli J
- Chadwick AJ
- Chapman MG
- Charles M
- Charpentier Ph
- Chatzikonstantinidis G
- Chefdeville M
- Chen C
- Chen S
- Chernov A
- Chobanova V
- Cholak S
- Chrzaszcz M
- Chubykin A
- Chulikov V
- Ciambrone P
- Cicala MF
- Cid Vidal X
- Ciezarek G
- Clarke PEL
- Clemencic M
- Cliff HV
- Closier J
- Cobbledick JL
- Coco V
- Coelho JAB
- Cogan J
- Cogneras E
- Cojocariu L
- Collaboration LHCb
- Collins P
- Colombo T
- Congedo L
- Contu A
- Cooke N
- Coombs G
- Corti G
- Coutinho R Silva
- Couturier B
- Craik DC
- Crkovska J
- Currie R
- D'Ambrosio C
- D'Argent P
- Da Silva CL
- Dall'Occo E
- Dalseno J
- Danilina A
- Davis A
- De Bruyn K
- De Capua S
- De Cian M
- De Miranda JM
- De Paula B Souza
- De Paula L
- De Serio M
- De Simone D
- De Simone P
- de Vries JA
- Dean CT
- Decamp D
- Del Buono L
- Delaney B
- Dembinski H-P
- Dendek A
- Denysenko V
- Derkach D
- Deschamps O
- Desse F
- Dettori F
- Dey B
- Di Nezza P
- Diaz L Calero
- Diaz M Vieites
- Didenko S
- Dieste Maronas L
- Dijkstra H
- Dobishuk V
- Donohoe AM
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- Fernez AD
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- Fischer KM
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- Hushchyn M
- Hutchcroft D
- Hynds D
- Ibis P
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- Kandybei S
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- Karacson M
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- Keizer F
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- Ketel T
- Khanji B
- Kharisova A
- Kholodenko S
- Kirn T
- Kirsebom VS
- Kitouni O
- Klaver S
- Klimaszewski K
- Koliiev S
- Kondybayeva A
- Konoplyannikov A
- Kopciewicz P
- Kopecna R
- Koppenburg P
- Korolev M
- Kostiuk I
- Kot O
- Kotriakhova S
- Kravchenko P
- Kravchuk L
- Krawczyk RD
- Kreps M
- Kress F
- Kretzschmar S
- Krokovny P
- Krupa W
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- Kucharczyk M
- Kudryavtsev V
- Kuindersma HS
- Kunde GJ
- Kvaratskheliya T
- Lacarrere D
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- Martin LM Garcia
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- Matev R
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- Spaan B
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- Stramaglia ME
- Straticiuc M
- Strekalina D
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- Swientek K
- Szabelski A
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- Teubert F
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- Tisserand V
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- Trejo RI Rabadan
- Trifonova E
- Trippl C
- Tuci G
- Tully A
- Tuning N
- Ukleja A
- Unverzagt DJ
- Ursov E
- Usachov A
- Ustyuzhanin A
- Uwer U
- Vagner A
- Vagnoni V
- Valassi A
- Valenti G
- Valls Canudas N
- van Beuzekom M
- Van Dijk M
- van Herwijnen E
- Van Hulse CB
- van Veghel M
- Vazquez Gomez R
- Vazquez Regueiro P
- Vecchi S
- Velthuis JJ
- Veltri M
- Venkateswaran A
- Veronesi M
- Vesterinen M
- Vieira D
- Viemann H
- Vilasis-Cardona X
- Vincent P
- Vom Bruch D
- Vorobyev A
- Vorobyev V
- Voropaev N
- Waldi R
- Walsh J
- Wang C
- Wang J
- Wang J
- Wang J
- Wang J
- Wang M
- Wang R
- Wang Y
- Wang Z
- Wang Z
- Wark HM
- Watson NK
- Weber SG
- Websdale D
- Weisser C
- Westhenry BDC
- White DJ
- Whitehead M
- Wiedner D
- Wilkinson G
- Wilkinson M
- Williams I
- Williams M
- Williams MRJ
- Wilson FF
- Wislicki W
- Witek M
- Witola L
- Wormser G
- Wotton SA
- Wu H
- Wyllie K
- Xiang Z
- Xiao D
- Xie Y
- Xu A
- Xu J
- Xu L
- Xu M
- Xu Q
- Xu Z
- Xu Z
- Yang D
- Yang S
- Yang Y
- Yang Z
- Yang Z
- Yao Y
- Yeomans LE
- Yin H
- Yu J
- Yuan X
- Yushchenko O
- Zaffaroni E
- Zavertyaev M
- Zdybal M
- Zenaiev O
- Zeng M
- Zhang D
- Zhang L
- Zhang S
- Zhang Y
- Zhang Y
- Zhelezov A
- Zheng Y
- Zhou X
- Zhou Y
- Zhu X
- Zhu Z
- Zhukov V
- Zonneveld JB
- Zou Q
- Zucchelli S
- Zuliani D
- Zunica G
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2022
- Field of study
Mesons comprising a beauty quark and a strange quark can oscillate between
particle (B0s) and antiparticle (B0s) flavour eigenstates, with a frequency
given by the mass difference between heavy and light mass eigenstates, deltams.
Here we present ameasurement of deltams using B0s2DsPi decays produced in
proton-proton collisions collected with the LHCb detector at the Large Hadron
Collider. The oscillation frequency is found to be deltams = 17.7683 +- 0.0051
+- 0.0032 ps-1, where the first uncertainty is statistical and the second
systematic. This measurement improves upon the current deltams precision by a
factor of two. We combine this result with previous LHCb measurements to
determine deltams = 17.7656 +- 0.0057 ps-1, which is the legacy measurement of
the original LHCb detector.Comment: All figures and tables, along with any supplementary material and
additional information, are available at
https://cern.ch/lhcbproject/Publications/p/LHCb-PAPER-2021-005.html (LHCb
public pages
Angular Analysis of the B+ -> K*(+)mu(+) mu(-) Decay
- Author
- Aaij R
- Ackernley T
- Adeva B
- Adinolfi M
- Afsharnia H
- Aidala CA
- Aiola S
- Ajaltouni Z
- Akar S
- Akiba K Carvalho
- Albrecht J
- Alessio F
- Alexander M
- Alfonso Albero A
- Aliouche Z
- Alkhazov G
- Altarelli M Pepe
- Amato S
- Amhis Y
- An L
- Anderlini L
- Andreianov A
- Andreotti M
- Archilli F
- Artamonov A
- Artuso M
- Arzymatov K
- Aslanides E
- Atzeni M
- Audurier B
- Bachmann S
- Bachmayer M
- Back JJ
- Baker S
- Baladron Rodriguez P
- Balagura V
- Baldini W
- Barajas CA Chavez
- Barlow RJ
- Barsuk S
- Barter W
- Bartolini M
- Baryshnikov F
- Basels JM
- Bassi G
- Batsukh B
- Battig A
- Bay A
- Becker M
- Bedeschi F
- Bediaga I
- Beiter A
- Belavin V
- Belin S
- Bellee V
- Belous K
- Belov I
- Belyaev I
- Ben-Haim E
- Bencivenni G
- Benito C Marin
- Berezhnoy A
- Bernet R
- Berninghoff D
- Bernstein HC
- Bertella C
- Bertolin A
- Betancourt C
- Beteta C Abellan
- Betti F
- Bezshyiko Ia
- Bhasin S
- Bhom J
- Bian L
- Bieker MS
- Bifani S
- Billoir P
- Birch M
- Bishop FCR
- Bizzeti A
- Bjorn M
- Blago MP
- Blake T
- Blanc F
- Blusk S
- Bobulska D
- Boelhauve JA
- Boente Garcia O
- Boettcher T
- Boldyrev A
- Bondar A
- Bondar N
- Borghi S
- Borisyak M
- Borsato M
- Borsuk JT
- Bouchiba SA
- Bowcock TJV
- Boyer A
- Bozzi C
- Bradley MJ
- Braun S
- Brea Rodriguez A
- Brodski M
- Brodzicka J
- Brundu D
- Buonaura A
- Burr C
- Bursche A
- Butkevich A
- Butter JS
- Buytaert J
- Byczynski W
- Cadeddu S
- Cai H
- Calabrese R
- Calefice L
- Cali S
- Calladine R
- Calvi M
- Calvo Gomez M
- Camboni A
- Campana P
- Capelli S
- Capriotti L
- Carbone A
- Carboni G
- Cardinale R
- Cardini A
- Cardoso LA Granado
- Carli I
- Carniti P
- Cartelle P Alvarez
- Casais Vidal A
- Casse G
- Cattaneo M
- Cavallero G
- Cazon BR Gruberg
- Celani S
- Cerasoli J
- Chadwick AJ
- Chapman MG
- Charles M
- Charpentier Ph
- Chatzikonstantinidis G
- Chefdeville M
- Chen C
- Chen S
- Chernov A
- Chitic S-G
- Chobanova V
- Cholak S
- Chrzaszcz M
- Chubykin A
- Chulikov V
- Ciambrone P
- Cicala MF
- Cid Vidal X
- Ciezarek G
- Clarke PEL
- Clemencic M
- Cliff HV
- Closier J
- Cobbledick JL
- Coco V
- Coelho JAB
- Cogan J
- Cogneras E
- Cojocariu L
- Collaboration LHCb
- Collins P
- Colombo T
- Congedo L
- Contu A
- Cooke N
- Coombs G
- Corti G
- Coutinho R Silva
- Couturier B
- Craik DC
- Crkovska J
- Currie R
- D'Ambrosio C
- D'Argent P
- Da Silva CL
- Dall'Occo E
- Dalseno J
- Danilina A
- Davis A
- De Almeida FL Souza
- De Bruyn K
- De Capua S
- De Cian M
- De Miranda JM
- De Paula B Souza
- De Paula L
- De Serio M
- De Simone D
- De Simone P
- de Vries JA
- Dean CT
- Dean W
- Decamp D
- Declara P Fernandez
- Del Buono L
- Delaney B
- Dembinski H-P
- Dendek A
- Denysenko V
- Derkach D
- Deschamps O
- Desse F
- Dettori F
- Dey B
- Di Nezza P
- Diaz L Calero
- Diaz M Vieites
- Didenko S
- Dieste Maronas L
- Dijkstra H
- Dobishuk V
- Donohoe AM
- Dordei F
- dos Reis AC
- Douglas L
- Dovbnya A
- Downes AG
- Dreimanis K
- Dudek MW
- Dufour L
- Duk V
- Durante P
- Durham JM
- Dutta D
- Dziewiecki M
- Dziurda A
- Dzyuba A
- Easo S
- Egede U
- Egorychev V
- Eidelman S
- Eisenhardt S
- Ek-In S
- Eklund L
- Ely S
- Ene A
- Epple E
- Escher S
- Eschle J
- Esen S
- Evans T
- Falabella A
- Fan J
- Fan Y
- Fang B
- Farley N
- Farry S
- Fazzini D
- Fedin P
- Feo M
- Fernandez Prieto A
- Fernandez-tenllado Arribas JM
- Ferrari F
- Ferrillo M
- Ferro-Luzzi M
- Figueras E Vilella
- Filippov S
- Fini RA
- Fiorini M
- Firlej M
- Fischer KM
- Fitzpatrick C
- Fiutowski T
- Fleuret F
- Fontana M
- Fontanelli F
- Forty R
- Francisco O De Aguiar
- Frank M
- Franzoso E
- Frau G
- Frei C
- Friday DA
- Fu J
- Fuehring Q
- Funk W
- Gabriel E
- Gaintseva T
- Gallas Torreira A
- Galli D
- Gambetta S
- Gan Y
- Gandelman M
- Gandini P
- Gao Y
- Garau M
- Garcia Moreno P
- Garcia Plana B
- Garcia L Meyer
- Garrido L
- Gaspar C
- Geertsema RE
- Gerick D
- Gerken LL
- Gersabeck E
- Gersabeck M
- Gershon T
- Gerstel D
- Ghez Ph
- Gibson V
- Giovannetti M
- Gioventu A
- Gironella Gironell P
- Giubega L
- Giugliano C
- Gizdov K
- Gkougkousis EL
- Gligorov VV
- Gobel C
- Goicochea JM Otalora
- Golobardes E
- Golubkov D
- Golutvin A
- Gomes A
- Gomez Fernandez S
- Goncalves Abrantes F
- Goncerz M
- Gong G
- Gonzalo A Brossa
- Gorbounov P
- Gorelov IV
- Gotti C
- Govorkova E
- Grabowski JP
- Graciani Diaz R
- Grammatico T
- Gras C Sanchez
- Grauges E
- Graverini E
- Graziani G
- Grecu A
- Greeven LM
- Griffith P
- Grillo L
- Gromov S
- Gu C
- Guarise M
- Guenther PA
- Gushchin E
- Guth A
- Guz Y
- Gys T
- Hadavizadeh T
- Haefeli G
- Haen C
- Haimberger J
- Halewood-leagas T
- Hamilton PM
- Han Q
- Han X
- Hancock TH
- Hansmann-Menzemer S
- Harnew N
- Harrison T
- Hasse C
- Hatch M
- He J
- Hecker M
- Heijhoff K
- Heinicke K
- Hennequin AM
- Hennessy K
- Henry L
- Heuel J
- Hicheur A
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- Hilton M
- Hollitt SE
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- Witek M
- Witola L
- Wormser G
- Wotton SA
- Wu H
- Wyllie K
- Xiang Z
- Xiao D
- Xie Y
- Xu A
- Xu J
- Xu L
- Xu M
- Xu Q
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- Xu Z
- Yang D
- Yang Y
- Yang Z
- Yang Z
- Yao Y
- Yeomans LE
- Yin H
- Yu J
- Yuan X
- Yushchenko O
- Zarebski KA
- Zavertyaev M
- Zdybal M
- Zenaiev O
- Zeng M
- Zhang D
- Zhang L
- Zhang S
- Zhang Y
- Zhang Y
- Zhelezov A
- Zheng Y
- Zhou X
- Zhou Y
- Zhu X
- Zhukov V
- Zonneveld JB
- Zucchelli S
- Zuliani D
- Zunica G
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2021
- Field of study
We present an angular analysis of the
B
+
→
K
*
+
(
→
K
0
S
π
+
)
μ
+
μ
−
decay using
9
fb
−
1
of
p
p
collision data collected with the LHCb experiment. For the first time, the full set of
C
P
-averaged angular observables is measured in intervals of the dimuon invariant mass squared. Local deviations from standard model predictions are observed, similar to those in previous LHCb analyses of the isospin-partner
B
0
→
K
*
0
μ
+
μ
−
decay. The global tension is dependent on which effective couplings are considered and on the choice of theory nuisance parameters
Search for the doubly heavy baryons Omega(0)(bc) and Xi(0)(bc) decaying to Lambda(+)(c)pi(-) and Xi(+)(c)pi-
- Author
- Aaij R
- Abrantes F Goncalves
- Ackernley T
- Adeva B
- Adinolfi M
- Afsharnia H
- Aidala CA
- Aiola S
- Ajaltouni Z
- Akar S
- Akiba K Carvalho
- Albero A Alfonso
- Albrecht J
- Alepuz C Remon
- Alessio F
- Alexander M
- Aliouche Z
- Alkhazov G
- Altarelli M Pepe
- Amato S
- Amhis Y
- An L
- Anderlini L
- Andreianov A
- Andreotti M
- Archilli F
- Arribas JM Fernandez-tenllado
- Artamonov A
- Artuso M
- Arzymatov K
- Aslanides E
- Atzeni M
- Audurier B
- Bachmann S
- Bachmayer M
- Back JJ
- Balagura V
- Baldini W
- Barajas CA Chavez
- Barlow RJ
- Barsuk S
- Barter W
- Bartolini M
- Baryshnikov F
- Basels JM
- Bassi G
- Batsukh B
- Battig A
- Bay A
- Becker M
- Bedeschi F
- Bediaga I
- Beiter A
- Belavin V
- Belin S
- Bellee V
- Belous K
- Belov I
- Belyaev I
- Ben-Haim E
- Bencivenni G
- Benito C Marin
- Berezhnoy A
- Bernet R
- Berninghoff D
- Bernstein HC
- Bertella C
- Bertolin A
- Betancourt C
- Beteta C Abellan
- Betti F
- Bezshyiko Ia
- Bhasin S
- Bhom J
- Bian L
- Bieker MS
- Bifani S
- Billoir P
- Birch M
- Bishop FCR
- Bitadze A
- Bizzeti A
- Bjorn M
- Blago MP
- Blake T
- Blanc F
- Blusk S
- Bobulska D
- Boelhauve JA
- Boettcher T
- Boldyrev A
- Bondar A
- Bondar N
- Borghi S
- Borisyak M
- Borsato M
- Borsuk JT
- Bouchiba SA
- Bowcock TJV
- Boyer A
- Bozzi C
- Bradley MJ
- Braun S
- Brodski M
- Brodzicka J
- Brundu D
- Buonaura A
- Burr C
- Bursche A
- Butkevich A
- Butter JS
- Buytaert J
- Byczynski W
- Cadeddu S
- Cai H
- Calabrese R
- Calefice L
- Cali S
- Calladine R
- Calvi M
- Camboni A
- Campana P
- Canudas N Valls
- Capelli S
- Capriotti L
- Carbone A
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- Cardini A
- Cardoso LA Granado
- Carli I
- Carniti P
- Cartelle P Alvarez
- Carus L
- Casasus M Plo
- Casse G
- Castro J Lomba
- Cattaneo M
- Cavallero G
- Cazon BR Gruberg
- Celani S
- Cerasoli J
- Chadwick AJ
- Chapman MG
- Charles M
- Charpentier Ph
- Chatzikonstantinidis G
- Chefdeville M
- Chen C
- Chen S
- Chernov A
- Chobanova V
- Cholak S
- Chrzaszcz M
- Chubykin A
- Chulikov V
- Ciambrone P
- Cicala MF
- Ciezarek G
- Clarke PEL
- Clemencic M
- Cliff HV
- Closier J
- Cobbledick JL
- Coco V
- Coelho JAB
- Cogan J
- Cogneras E
- Cojocariu L
- Collaboration LHCb
- Collins P
- Colombo T
- Congedo L
- Contu A
- Cooke N
- Coombs G
- Corti G
- Coutinho R Silva
- Couturier B
- Craik DC
- Crkovska J
- Currie R
- D'Ambrosio C
- d'Argent P
- Da Silva CL
- Dall'Occo E
- Dalseno J
- Danilina A
- Davis A
- De Almeida FL Souza
- De Bruyn K
- De Capua S
- De Cian M
- De Miranda JM
- De Paula B Souza
- De Paula L
- De Serio M
- De Simone D
- De Simone P
- de Vries JA
- Dean CT
- Decamp D
- Del Buono L
- Delaney B
- Dembinski H-P
- Dendek A
- Denysenko V
- Derkach D
- Deschamps O
- Desse F
- Dettori F
- Dey B
- Di Nezza P
- Diaz L Calero
- Diaz M Vieites
- Didenko S
- Dijkstra H
- Dobishuk V
- Donohoe AM
- Dordei F
- dos Reis AC
- Douglas L
- Dovbnya A
- Downes AG
- Dreimanis K
- Dudek MW
- Dufour L
- Duk V
- Durante P
- Durham JM
- Dutta D
- Dziurda A
- Dzyuba A
- Easo S
- Egede U
- Egorychev V
- Eidelman S
- Eisenhardt S
- Ek-In S
- Eklund L
- Ely S
- Ene A
- Epple E
- Escher S
- Eschle J
- Esen S
- Evans T
- Falabella A
- Fan J
- Fan Y
- Fang B
- Farry S
- Fazzini D
- Feo M
- Fernandez S Gomez
- Ferrari F
- Ferrillo M
- Ferro-Luzzi M
- Figueras E Vilella
- Filippov S
- Fini RA
- Fiorini M
- Firlej M
- Fischer KM
- Fitzpatrick C
- Fiutowski T
- Fleuret F
- Fontana M
- Fontanelli F
- Forty R
- Francisco O De Aguiar
- Frank M
- Franzoso E
- Frau G
- Frei C
- Friday DA
- Fu J
- Fuehring Q
- Funk W
- Gabriel E
- Gaintseva T
- Galli D
- Gambetta S
- Gan Y
- Gandelman M
- Gandini P
- Gao Y
- Garau M
- Garcia L Meyer
- Garcia O Boente
- Garrido L
- Gaspar C
- Geertsema RE
- Gerick D
- Gerken LL
- Gersabeck E
- Gersabeck M
- Gershon T
- Gerstel D
- Ghez Ph
- Gibson V
- Giemza HK
- Giovannetti M
- Gioventu A
- Gironell P Gironella
- Giubega L
- Giugliano C
- Gizdov K
- Gkougkousis EL
- Gligorov VV
- Gobel C
- Goicochea JM Otalora
- Golobardes E
- Golubkov D
- Golutvin A
- Gomes A
- Gomez M Calvo
- Gomez R Vazquez
- Goncerz M
- Gong G
- Gonzalo A Brossa
- Gonzalo D Sanchez
- Gorbounov P
- Gorelov IV
- Gotti C
- Govorkova E
- Grabowski JP
- Grammatico T
- Gras C Sanchez
- Grauges E
- Graverini E
- Graziani G
- Grecu A
- Greeven LM
- Griffith P
- Grillo L
- Gromov S
- Gu C
- Guarise M
- Gunther PA
- Gushchin E
- Guth A
- Guz Y
- Gys T
- Hadavizadeh T
- Haefeli G
- Haen C
- Haimberger J
- Halewood-leagas T
- Hamilton PM
- Han Q
- Han X
- Hancock TH
- Hansmann-Menzemer S
- Harnew N
- Harrison T
- Hasse C
- Hatch M
- He J
- Hecker M
- Heijhoff K
- Heinicke K
- Hennequin AM
- Hennessy K
- Henry L
- Heuel J
- Hicheur A
- Hill D
- Hilton M
- Hollitt SE
- Hu J
- Hu J
- Hu W
- Huang W
- Huang X
- Hulsbergen W
- Hunter RJ
- Hushchyn M
- Hutchcroft D
- Hynds D
- Ibis P
- Idzik M
- Ilin D
- Ilten P
- Inglessi A
- Ishteev A
- Ivshin K
- Jacobsson R
- Jakobsen S
- Jans E
- Jashal BK
- Jawahery A
- Jevtic V
- Jezabek M
- Jiang F
- John M
- Johnson D
- Jones CR
- Jones TP
- Jost B
- Jurik N
- Kandybei S
- Kang Y
- Karacson M
- Karpov M
- Keizer F
- Kenzie M
- Ketel T
- Khanji B
- Kharisova A
- Kholodenko S
- Kirn T
- Kirsebom VS
- Kitouni O
- Klaver S
- Klimaszewski K
- Koliiev S
- Kondybayeva A
- Konoplyannikov A
- Kopciewicz P
- Kopecna R
- Koppenburg P
- Korolev M
- Kostiuk I
- Kot O
- Kotriakhova S
- Kravchenko P
- Kravchuk L
- Krawczyk RD
- Kreps M
- Kress F
- Kretzschmar S
- Krokovny P
- Krupa W
- Krzemien W
- Kucewicz W
- Kucharczyk M
- Kudryavtsev V
- Kuindersma HS
- Kunde GJ
- Kvaratskheliya T
- Lacarrere D
- Lafferty G
- Lai A
- Lamas M Romero
- Lampis A
- Lancierini D
- Lane JJ
- Lane R
- Lanfranchi G
- Langenbruch C
- Langer J
- Lantwin O
- Latham T
- Lavra L Soares
- Lazzari F
- Le Gac R
- Lee SH
- Lefevre R
- Leflat A
- Legotin S
- Leite J Baptista
- Lener M Poli
- Leroy O
- Lesiak T
- Leverington B
- Li H
- Li L
- Li P
- Li S
- Li Y
- Li Y
- Li Z
- Liang X
- Lima V Franco
- Lin T
- Lindner R
- Lisovskyi V
- Litvinov R
- Liu G
- Liu H
- Liu S
- Liu X
- Loi A
- Longstaff I
- Lopes JH
- Lopes L Ferreira
- Lopez JA Rodriguez
- Lovell GH
- Lu Y
- Lucchesi D
- Luchuk S
- Lukashenko V
- Luo Y
- Lupato A
- Luppi E
- Lupton O
- Lusiani A
- Lyu X
- Ma L
- Ma R
- Maccolini S
- Machado D Torres
- Machefert F
- Maciuc F
- Macko V
- Mackowiak P
- Maddrell-Mander S
- Madejczyk O
- Maev O
- Maevskiy A
- Magalhaes P Camargo
- Maisuzenko D
- Majewski MW
- Malczewski JJ
- Malde S
- Malecki B
- Malinin A
- Maltsev T
- Malygina H
- Manca G
- Mancinelli G
- Manuzzi D
- Marangotto D
- Maratas J
- Marchand JF
- Marconi U
- Mariani S
- Marinangeli M
- Marino P
- Marks J
- Maronas L Dieste
- Marshall AM
- Marshall PJ
- Martellotti G
- Martin LM Garcia
- Martinazzoli L
- Martinelli M
- Martinez M Lucio
- Massafferri A
- Materok M
- Matev R
- Mathad A
- Mathe Z
- Matiunin V
- Matteuzzi C
- Mattioli KR
- Mauri A
- Maurice E
- Mauricio J
- Mazurek M
- McCann M
- Mcconnell L
- Mcgrath TH
- Mcnab A
- McNulty R
- Mead JV
- Meadows B
- Meaux C
- Meier G
- Meinert N
- Melnychuk D
- Meloni S
- Merk M
- Merli A
- Mikhasenko M
- Milanes DA
- Millard E
- Milovanovic M
- Minard M-N
- Minotti A
- Minzoni L
- Mitchell SE
- Mitreska B
- Mitzel DS
- Modden A
- Mohammed RA
- Mohan LR Madhan
- Moise RD
- Mombacher T
- Monroy IA
- Monteil S
- Morandin M
- Morello G
- Morello MJ
- Moreno P Garcia
- Moron J
- Morris AB
- Morris AG
- Mountain R
- Mu H
- Mueller D
- Mueller K
- Muheim F
- Mukherjee M
- Mulder M
- Murphy CH
- Murray D
- Muzzetto P
- Naik P
- Nakada T
- Nandakumar R
- Nanut T
- Nasteva I
- Needham M
- Neri I
- Neri N
- Neubert S
- Neufeld N
- Newcombe R
- Nguyen TD
- Nguyen-Mau C
- Niel EM
- Nieswand S
- Nikitin N
- Nolte NS
- Norella E Spadaro
- Nunez C
- O'Hanlon DP
- Oblakowska-Mucha A
- Obraztsov V
- Oldeman R
- Olivares ME
- Onderwater CJG
- Ossowska A
- Ovsiannikova T
- Owen P
- Oyanguren A
- Pagare B
- Pais PR
- Pajero T
- Palano A
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- Pan Y
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- Pappalardo LL
- Pappenheimer C
- Pardinas J Garcia
- Parker W
- Parkes C
- Parkinson CJ
- Passalacqua B
- Passaleva G
- Pastore A
- Patel M
- Patrignani C
- Pawley CJ
- Pearce A
- Pellegrino A
- Perazzini S
- Pereima D
- Pernas M Ramos
- Perret P
- Petric M
- Petridis K
- Petrolini A
- Petrov A
- Petrucci S
- Petruzzo M
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- Plana B Garcia
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- Poliakova M
- Poluektov A
- Polukhina N
- Polyakov I
- Polycarpo E
- Pomery GJ
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- Popov D
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- Prasanth K
- Prieto A Fernandez
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- Quezada AF Campoverde
- Quintana B
- Raab NV
- Rachwal B
- Rademacker JH
- Rama M
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- Ratnikov F
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- Redi F
- Regueiro P Vazquez
- Reiss F
- Ren Z
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- Resmi PK
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- Rodrigues E
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- Rollings A
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- Rosales FA Garcia
- Roth JD
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- Ruf T
- Ryzhikov A
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- Santovetti E
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- Schellenberg M
- Schiller M
- Schindler H
- Schmelling M
- Schmidt B
- Schneider O
- Schopper A
- Schubiger M
- Schulte S
- Schune MH
- Schwemmer R
- Sciascia B
- Sellam S
- Semennikov A
- Sergi A
- Serra N
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- Seuthe A
- Sevilla M Franco
- Seyfert P
- Shang Y
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- Shapkin M
- Shchemerov I
- Shchutska L
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- Shekhtman L
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- Skwarnicki T
- Slater MW
- Slazyk I
- Smallwood JC
- Smead LG Scantlebury
- Smeaton JG
- Smetkina A
- Smith E
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- Snoch A
- Soares M
- Soares M Senghi
- Sobral CM Costa
- Sokoloff MD
- Sole S Ferreres
- Soler FJP
- Solovev A
- Solovyev I
- Spaan B
- Spradlin P
- Stagni F
- Stahl M
- Stahl S
- Stefko P
- Steinkamp O
- Stenyakin O
- Stevens H
- Stone S
- Stramaglia ME
- Straticiuc M
- Strekalina D
- Suljik F
- Sun J
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- Sun Y
- Svihra P
- Swallow PN
- Swientek K
- Szabelski A
- Szumlak T
- Szymanski M
- T'Jampens S
- Taneja S
- Teubert F
- Thomas E
- Thomson KA
- Tisserand V
- Tobin M
- Tomassetti L
- Torreira A Gallas
- Torres M Cruz
- Tou DY
- Tran MT
- Trejo RI Rabadan
- Trifonova E
- Trippl C
- Tuci G
- Tully A
- Tuning N
- Ukleja A
- Unverzagt DJ
- Ursov E
- Usachov A
- Ustyuzhanin A
- Uwer U
- Vagner A
- Vagnoni V
- Valassi A
- Valenti G
- Van Beuzekom M
- Van Dijk M
- Van Herwijnen E
- Van Hulse CB
- van Veghel M
- Vecchi S
- Velthuis JJ
- Veltri M
- Venkateswaran A
- Veronesi M
- Vesterinen M
- Vidal A Casais
- Vidal A Romero
- Vidal F Martinez
- Vidal J Ruiz
- Vidal X Cid
- Vieira D
- Viemann H
- Vilasis-Cardona X
- Vincent P
- Vitali G
- Vom Bruch D
- Vorobyev A
- Vorobyev V
- Voropaev N
- Waldi R
- Walsh J
- Wang C
- Wang J
- Wang J
- Wang J
- Wang J
- Wang M
- Wang R
- Wang Y
- Wang Z
- Wang Z
- Wark HM
- Watson NK
- Weber SG
- Websdale D
- Weisser C
- Westhenry BDC
- White DJ
- Whitehead M
- Wiedner D
- Wilkinson G
- Wilkinson M
- Williams I
- Williams M
- Williams MRJ
- Wilson FF
- Wislicki W
- Witek M
- Witola L
- Wormser G
- Wotton SA
- Wu H
- Wyllie K
- Xiang Z
- Xiao D
- Xie Y
- Xu A
- Xu J
- Xu L
- Xu M
- Xu Q
- Xu Z
- Xu Z
- Yang D
- Yang S
- Yang Y
- Yang Z
- Yang Z
- Yao Y
- Yeomans LE
- Yin H
- Yu J
- Yuan X
- Yushchenko O
- Zaffaroni E
- Zavertyaev M
- Zdybal M
- Zenaiev O
- Zeng M
- Zhang D
- Zhang L
- Zhang S
- Zhang Y
- Zhang Y
- Zhelezov A
- Zheng Y
- Zhou X
- Zhou Y
- Zhu X
- Zhukov V
- Zonneveld JB
- Zou Q
- Zucchelli S
- Zuliani D
- Zunica G
- Publication venue
- 'IOP Publishing'
- Publication date
- 01/01/2021
- Field of study
Abstract available from publisher's website
Recommended from our members
Searches for rare B-s(0) and B-0 decays into four muons
- Author
- Aaij R
- Abdelmotteleb ASW
- Abrantes F Goncalves
- Abudinen F
- Ackernley T
- Adeva B
- Adinolfi M
- Afsharnia H
- Agapopoulou C
- Aidala CA
- Aiola S
- Ajaltouni Z
- Akar S
- Akiba K Carvalho
- Albrecht J
- Alessio F
- Alexander M
- Alfonso Albero A
- Aliouche Z
- Alkhazov G
- Altarelli M Pepe
- Amato S
- Amey JL
- Amhis Y
- An L
- Anderlini L
- Andersson M
- Andreianov A
- Andreotti M
- Archilli F
- Artamonov A
- Artuso M
- Arzymatov K
- Aslanides E
- Atzeni M
- Audurier B
- Bachmann S
- Bachmayer M
- Back JJ
- Baladron Rodriguez P
- Balagura V
- Baldini W
- Barajas CA Chavez
- Barbetti M
- Barlow RJ
- Barsuk S
- Barter W
- Bartolini M
- Baryshnikov F
- Basels JM
- Bashir S
- Bassi G
- Batsukh B
- Battig A
- Bay A
- Beck A
- Becker M
- Bedeschi F
- Bediaga I
- Beiter A
- Belavin V
- Belin S
- Bellee V
- Belous K
- Belov I
- Belyaev I
- Ben-Haim E
- Bencivenni G
- Benito C Marin
- Berezhnoy A
- Bernet R
- Berninghoff D
- Bernstein HC
- Bertella C
- Bertolin A
- Betancourt C
- Beteta C Abellan
- Betti F
- Bezshyiko Ia
- Bhasin S
- Bhom J
- Bian L
- Bieker MS
- Biesuz NV
- Bifani S
- Billoir P
- Biolchini A
- Birch M
- Bishop FCR
- Bitadze A
- Bizzeti A
- Bjorn M
- Blago MP
- Blake T
- Blanc F
- Blusk S
- Bobulska D
- Boelhauve JA
- Boente Garcia O
- Boettcher T
- Boldyrev A
- Bondar A
- Bondar N
- Borghi S
- Borisyak M
- Borsato M
- Borsuk JT
- Bouchiba SA
- Bowcock TJV
- Boyer A
- Bozzi C
- Bradley MJ
- Braun S
- Brea Rodriguez A
- Brodzicka J
- Brundu D
- Buonaura A
- Buonincontri L
- Burke AT
- Burr C
- Bursche A
- Butkevich A
- Butter JS
- Buytaert J
- Byczynski W
- Cadeddu S
- Cai H
- Calabrese R
- Calefice L
- Cali S
- Calladine R
- Calvi M
- Campana P
- Capelli S
- Capriotti L
- Carbone A
- Carboni G
- Cardinale R
- Cardini A
- Cardoso LA Granado
- Carli I
- Carniti P
- Cartelle P Alvarez
- Carus L
- Casais Vidal A
- Casasus M Plo
- Caspary R
- Casse G
- Cattaneo M
- Cavallero G
- Cazon BR Gruberg
- Celani S
- Cerasoli J
- Cervenkov D
- Chadwick AJ
- Chapman MG
- Charles M
- Charpentier Ph
- Chatzikonstantinidis G
- Chefdeville M
- Chen C
- Chen S
- Chernov A
- Chobanova V
- Cholak S
- Chrzaszcz M
- Chubykin A
- Chulikov V
- Ciambrone P
- Cicala MF
- Cid Vidal X
- Ciezarek G
- Clarke PEL
- Clemencic M
- Cliff HV
- Closier J
- Cobbledick JL
- Coco V
- Coelho JAB
- Cogan J
- Cogneras E
- Cojocariu L
- Collaboration LHCb
- Collins P
- Colombo T
- Congedo L
- Contu A
- Cooke N
- Coombs G
- Corredoira I
- Corti G
- Coutinho R Silva
- Couturier B
- Craik DC
- Crkovska J
- Currie R
- D'Ambrosio C
- D'Argent P
- Da Silva CL
- Dadabaev S
- Dai L
- Dall'Occo E
- Dalseno J
- Danilina A
- Dashkina A
- Davies JE
- Davis A
- De Almeida FL Souza
- De Bruyn K
- De Capua S
- De Cian M
- De Lucia E
- De Miranda JM
- De Paula B Souza
- De Paula L
- De Serio M
- De Simone D
- De Simone P
- De Vellis F
- de Vries JA
- Dean CT
- Debernardis F
- Decamp D
- Dedu V
- Del Buono L
- Delaney B
- Dembinski H-P
- Dendek A
- Denysenko V
- Derkach D
- Deschamps O
- Desse F
- Dettori F
- Dey B
- Di Cicco A
- Di Nezza P
- Diaz M Vieites
- Didenko S
- Dieste Maronas L
- Dijkstra H
- Dobishuk V
- Dong C
- Donohoe AM
- Dordei F
- dos Reis AC
- Douglas L
- Dovbnya A
- Downes AG
- Dudek MW
- Dufour L
- Duk V
- Durante P
- Durham JM
- Dutta D
- Dziurda A
- Dzyuba A
- Easo S
- Egede U
- Egorychev V
- Eidelman S
- Eisenhardt S
- Ek-In S
- Eklund L
- Ely S
- Ene A
- Epple E
- Escher S
- Eschle J
- Esen S
- Evans T
- Falcao LN
- Fan Y
- Fang B
- Farry S
- Fazzini D
- Feo M
- Fernandez Prieto A
- Fernez AD
- Ferrari F
- Ferrillo M
- Ferro-Luzzi M
- Figueras E Vilella
- Filippov S
- Fini RA
- Fiorini M
- Firlej M
- Fischer KM
- Fitzgerald DS
- Fitzpatrick C
- Fiutowski T
- Fkiaras A
- Fleuret F
- Fontana M
- Fontanelli F
- Forty R
- Foulds-Holt D
- Francisco O De Aguiar
- Frank M
- Franzoso E
- Frau G
- Frei C
- Friday DA
- Fu J
- Fuehring Q
- Gabriel E
- Galati G
- Gallas Torreira A
- Galli D
- Gambetta S
- Gan Y
- Gandelman M
- Gandini P
- Gao Y
- Garau M
- Garcia Moreno P
- Garcia Plana B
- Garcia L Meyer
- Garrido L
- Gaspar C
- Geertsema RE
- Gerick D
- Gerken LL
- Gersabeck E
- Gersabeck M
- Gershon T
- Gerstel D
- Giambastiani L
- Gibson V
- Giemza HK
- Gilman AL
- Giovannetti M
- Gioventu A
- Gironella Gironell P
- Giugliano C
- Gizdov K
- Gkougkousis EL
- Gligorov VV
- Gobel C
- Goicochea JM Otalora
- Golobardes E
- Golubkov D
- Golutvin A
- Gomes A
- Gomez Fernandez S
- Gomez M Calvo
- Goncerz M
- Gong G
- Gonzalo A Brossa
- Gorbounov P
- Gorelov IV
- Gotti C
- Govorkova E
- Grabowski JP
- Grammatico T
- Gras C Sanchez
- Grauges E
- Graverini E
- Graziani G
- Grecu A
- Greeven LM
- Grieser NA
- Grillo L
- Gromov S
- Gu C
- Guarise M
- Guenther PA
- Guittiere M
- Gushchin E
- Guth A
- Guz Y
- Gys T
- Hadavizadeh T
- Haefeli G
- Haen C
- Haimberger J
- Halewood-leagas T
- Hamilton PM
- Hammerich JP
- Han Q
- Han X
- Hancock TH
- Hansen EB
- Hansmann-Menzemer S
- Harnew N
- Harrison T
- Hasse C
- Hatch M
- He J
- Hecker M
- Heijhoff K
- Heinicke K
- Henderson RDL
- Hennequin AM
- Hennessy K
- Henry L
- Heuel J
- Hicheur A
- Hill D
- Hilton M
- Hollitt SE
- Hou R
- Hou Y
- Hu J
- Hu J
- Hu W
- Hu X
- Huang W
- Huang X
- Hulsbergen W
- Hunter RJ
- Hushchyn M
- Hutchcroft D
- Hynds D
- Ibis P
- Idzik M
- Ilin D
- Ilten P
- Inglessi A
- Ishteev A
- Ivshin K
- Jacobsson R
- Jage H
- Jakobsen S
- Jans E
- Jashal BK
- Jawahery A
- Jevtic V
- Jiang X
- John M
- Johnson D
- Jones CR
- Jones TP
- Jost B
- Jurik N
- Kadavath SH Kalavan
- Kandybei S
- Kang Y
- Karacson M
- Karpov M
- Kautz JW
- Keizer F
- Keller DM
- Kenzie Matthew
- Ketel T
- Khanji B
- Kharisova A
- Kholodenko S
- Kirn T
- Kirsebom VS
- Kitouni O
- Klaver S
- Kleijne N
- Klimaszewski K
- Kmiec MR
- Koliiev S
- Kondybayeva A
- Konoplyannikov A
- Kopciewicz P
- Kopecna R
- Koppenburg P
- Korolev M
- Kostiuk I
- Kot O
- Kotriakhova S
- Kravchenko P
- Kravchuk L
- Krawczyk RD
- Kreps M
- Kress F
- Kretzschmar S
- Krokovny P
- Krupa W
- Krzemien W
- Kubat J
- Kucharczyk M
- Kudryavtsev V
- Kuindersma HS
- Kunde GJ
- Kvaratskheliya T
- Lacarrere D
- Lafferty G
- Lai A
- Lampis A
- Lancierini D
- Lane JJ
- Lane R
- Lanfranchi G
- Langenbruch C
- Langer J
- Lantwin O
- Latham T
- Lavra L Soares
- Lazzari F
- Le Gac R
- Lee SH
- Lefevre R
- Leflat A
- Legotin S
- Leite J Baptista
- Lener M Poli
- Leroy O
- Lesiak T
- Leverington B
- Li H
- Li P
- Li S
- Li Y
- Li Y
- Li Z
- Liang X
- Lima V Franco
- Lin T
- Lindner R
- Lisovskyi V
- Litvinov R
- Liu G
- Liu H
- Liu Q
- Liu S
- Lobo Salvia A
- Loi A
- Lomba Castro J
- Longstaff I
- Lopes JH
- Lopes L Ferreira
- Lopez Solino S
- Lopez JA Rodriguez
- Lovell GH
- Lu Y
- Lucarelli C
- Lucchesi D
- Luchuk S
- Lukashenko V
- Luo Y
- Lupato A
- Luppi E
- Lupton O
- Lusiani A
- Lyu X
- Ma L
- Ma R
- Maccolini S
- Machado D Torres
- Machefert F
- Maciuc F
- Macko V
- Mackowiak P
- Maddrell-Mander S
- Madejczyk O
- Maev O
- Maevskiy A
- Magalhaes P Camargo
- Majewski MW
- Malczewski JJ
- Malde S
- Malecki B
- Malinin A
- Maltsev T
- Malygina H
- Manca G
- Mancinelli G
- Manuzzi D
- Marangotto D
- Maratas J
- Marchand JF
- Marconi U
- Mariani S
- Marinangeli M
- Marks J
- Marshall AM
- Marshall PJ
- Martelli G
- Martellotti G
- Martin LM Garcia
- Martinazzoli L
- Martinelli M
- Martinez M Lucio
- Massafferri A
- Materok M
- Matev R
- Mathad A
- Matiunin V
- Matteuzzi C
- Mattioli KR
- Mauri A
- Maurice E
- Mauricio J
- Mazurek M
- McCann M
- Mcconnell L
- Mcgrath TH
- Mchugh NT
- McNab A
- McNulty R
- Mead JV
- Meadows B
- Meier G
- Melnychuk D
- Meloni S
- Merk M
- Merli A
- Mikhasenko M
- Milanes DA
- Millard E
- Milovanovic M
- Minard M-N
- Minotti A
- Minzoni L
- Mitchell SE
- Mitreska B
- Mitzel DS
- Moedden A
- Mohammed RA
- Mohan LR Madhan
- Moise RD
- Mokhnenko S
- Mombacher T
- Monroy IA
- Monteil S
- Morandin M
- Morello G
- Morello MJ
- Moron J
- Morris AB
- Morris AG
- Mountain R
- Mu H
- Muheim F
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- Wyllie K
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- Zonneveld JB
- Zou Q
- Zucchelli S
- Zuliani D
- Zunica G
- Publication venue
- JOURNAL OF HIGH ENERGY PHYSICS
- Publication date
- 18/03/2022
- Field of study
Searches for rare Bs0 and B0 decays into four muons are performed
using proton-proton collision data recorded by the LHCb experiment,
corresponding to an integrated luminosity of 9 fb−1. Direct decays
and decays via light scalar and J/ψ resonances are considered. No evidence
for the six decays searched for is found and upper limits at the 95% confidence
level on their branching fractions ranging between 1.8×10−10 and
2.6×10−9 are set
Search for time-dependent CP violation in D0→K+K− and D0→π+π− decays
- Author
- Aaij R
- Abrantes F Goncalves
- Ackernley T
- Adeva B
- Adinolfi M
- Afsharnia H
- Aidala CA
- Aiola S
- Ajaltouni Z
- Akar S
- Akiba K Carvalho
- Albero A Alfonso
- Albrecht J
- Alepuz C Remon
- Alessio F
- Alexander M
- Aliouche Z
- Alkhazov G
- Almeida FL Souza De
- Altarelli M Pepe
- Amato S
- Amhis Y
- An L
- Anderlini L
- Andreianov A
- Andreotti M
- Archilli F
- Arribas JM Fernandez-tenllado
- Artamonov A
- Artuso M
- Arzymatov K
- Aslanides E
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- Bachmann S
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- Back JJ
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- Berninghoff D
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- Beuzekom M van
- Bezshyiko Ia
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- Bian L
- Bieker MS
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- Bitadze A
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- Blago MP
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- Bobulska D
- Boelhauve JA
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- Bruyn K De
- Buonaura A
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- Butkevich A
- Butter JS
- Buytaert J
- Byczynski W
- Cadeddu S
- Cai H
- Calabrese R
- Calefice L
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- Calladine R
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- Camboni A
- Campana P
- Canudas N Valls
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- Cattaneo M
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- Cerasoli J
- Chadwick AJ
- Chapman MG
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- Charpentier Ph
- Chatzikonstantinidis G
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- Chen C
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- Chernov A
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- Cliff HV
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- collaboration LHCb
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- Pernas M Ramos
- Perret P
- Petridis K
- Petrolini A
- Petrov A
- Petrucci S
- Petruzzo M
- Pham TTH
- Philippov A
- Pica L
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- Ratnikov F
- Raven G
- Reboud M
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- Resmi PK
- Ribatti R
- Ricciardi S
- Rinnert K
- Rios C Santamarina
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- Roth JD
- Rotondo M
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- Ruf T
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- Ryzka J
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- Sahoo N
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- Santacesaria R
- Santimaria M
- Santos D Martinez
- Santovetti E
- Saranin D
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- Sarpis M
- Sarti A
- Satriano C
- Satta A
- Saur M
- Savrina D
- Sazak H
- Schael S
- Schellenberg M
- Schiller M
- Schindler H
- Schmelling M
- Schmidt B
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- Schulte S
- Schune MH
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- Sciascia B
- Sciubba A
- Sellam S
- Semennikov A
- Sergi A
- Serio M De
- Serra N
- Sestini L
- Seuthe A
- Sevilla M Franco
- Seyfert P
- Shangase DM
- Shapkin M
- Shchemerov I
- Shchutska L
- Shears T
- Shekhtman L
- Shen Z
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- Shields EB
- Shmanin E
- Shupperd JD
- Siddi BG
- Sierra C Vázquez
- Silva CL Da
- Silva JJ Saborido
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- Simone P De
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- Smeaton JG
- Smetkina A
- Smith E
- Smith M
- Snoch A
- Soares M
- Soares M Senghi
- Sobral CM Costa
- Sokoloff MD
- Sole S Ferreres
- Soler FJP
- Solovev A
- Solovyev I
- Spaan B
- Spradlin P
- Stagni F
- Stahl M
- Stahl S
- Stefko P
- Steinkamp O
- Stemmle S
- Stenyakin O
- Stevens H
- Stone S
- Stramaglia ME
- Straticiuc M
- Strekalina D
- Suljik F
- Sun J
- Sun L
- Sun Y
- Svihra P
- Swallow PN
- Swientek K
- Szabelski A
- Szumlak T
- Szymanski M
- T'Jampens S
- Taneja S
- Teubert F
- Thomas E
- Thomson KA
- Tilley MJ
- Tisserand V
- Tobin M
- Tolk S
- Tomassetti L
- Torreira A Gallas
- Torres M Cruz
- Tou DY
- Traill M
- Tran MT
- Trejo RI Rabadan
- Trifonova E
- Trippl C
- Tuci G
- Tully A
- Tuning N
- Ukleja A
- Unverzagt DJ
- Ursov E
- Usachov A
- Ustyuzhanin A
- Uwer U
- Vagner A
- Vagnoni V
- Valassi A
- Valenti G
- Vecchi S
- Veghel M van
- Velthuis JJ
- Veltri M
- Venkateswaran A
- Veronesi M
- Vesterinen M
- Vidal A Casais
- Vidal A Romero
- Vidal F Martinez
- Vidal J Ruiz
- Vidal X Cid
- Vieira D
- Viemann H
- Vilasis-Cardona X
- Vincent P
- Vitali G
- Vollhardt A
- Vorobyev A
- Vorobyev V
- Voropaev N
- Vries JA de
- Waldi R
- Walsh J
- Wang C
- Wang J
- Wang J
- Wang J
- Wang J
- Wang M
- Wang R
- Wang Y
- Wang Z
- Wark HM
- Watson NK
- Weber SG
- Websdale D
- Weisser C
- Westhenry BDC
- White DJ
- Whitehead M
- Wiedner D
- Wilkinson G
- Wilkinson M
- Williams I
- Williams M
- Williams MRJ
- Wilson FF
- Wislicki W
- Witek M
- Witola L
- Wormser G
- Wotton SA
- Wu H
- Wyllie K
- Xiang Z
- Xiao D
- Xie Y
- Xu A
- Xu J
- Xu L
- Xu M
- Xu Q
- Xu Z
- Xu Z
- Yang D
- Yang Y
- Yang Z
- Yang Z
- Yao Y
- Yeomans LE
- Yin H
- Yu J
- Yuan X
- Yushchenko O
- Zaffaroni E
- Zarebski KA
- Zavertyaev M
- Zdybal M
- Zenaiev O
- Zeng M
- Zhang D
- Zhang L
- Zhang S
- Zhang Y
- Zhang Y
- Zhelezov A
- Zheng Y
- Zhou X
- Zhou Y
- Zhu X
- Zhukov V
- Zonneveld JB
- Zucchelli S
- Zuliani D
- Zunica G
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- Field of study
A search for time-dependent violation of the charge-parity symmetry in D0→K+K− and D0→π+π− decays is performed at the LHCb experiment using proton-proton collision data recorded from 2015 to 2018 at a centre-of-mass energy of 13 TeV, corresponding to an integrated luminosity of 6 fb−1. The D0 meson is required to originate from a D∗(2010)+→D0π+ decay, such that its flavour at production is identified by the charge of the accompanying pion. The slope of the time-dependent asymmetry of the decay rates of D0 and Dˉ0 mesons into the final states under consideration is measured to be ΔYK+K−=(−2.3±1.5±0.3)×10−4, ΔYπ+π−=(−4.0±2.8±0.4)×10−4, where the first uncertainties are statistical and the second are systematic. These results are compatible with the conservation of the charge-parity symmetry at the level of 2 standard deviations and improve the precision by nearly a factor of two
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