Duncan Carlsmith
University of Wisconsin-Madison
H-index: 238
North America-United States
Description
Duncan Carlsmith, With an exceptional h-index of 238 and a recent h-index of 119 (since 2020), a distinguished researcher at University of Wisconsin-Madison, specializes in the field of Elementary Particle Physics.
His recent articles reflect a diverse array of research interests and contributions to the field:
First dark matter search results from the LUX-ZEPLIN (LZ) experiment
Erratum to: The LUX-ZEPLIN (LZ) radioactivity and cleanliness control programs
Erratum to: Searches for long-lived charged particles in pp collisions at = 7 and 8 TeV
Evidence for X(3872) in Pb-Pb Collisions and Studies of its Prompt Production at
Erratum to: Search for new physics in dijet angular distributions using proton-proton collisions at and constraints on dark matter and other models
Searches for long-lived charged particles in pp collisions at root s= 7 and 8 TeV (vol 07, 122, 2013)
High-precision measurement of the W boson mass with the CDF II detector
The LUX-ZEPLIN (LZ) radioactivity and cleanliness control programs (vol 80, 1044, 2020)
Professor Information
University | University of Wisconsin-Madison |
---|---|
Position | ___ |
Citations(all) | 267068 |
Citations(since 2020) | 78004 |
Cited By | 207760 |
hIndex(all) | 238 |
hIndex(since 2020) | 119 |
i10Index(all) | 1261 |
i10Index(since 2020) | 712 |
University Profile Page | University of Wisconsin-Madison |
Research & Interests List
Elementary Particle Physics
Top articles of Duncan Carlsmith
First dark matter search results from the LUX-ZEPLIN (LZ) experiment
The LUX-ZEPLIN experiment is a dark matter detector centered on a dual-phase xenon time projection chamber operating at the Sanford Underground Research Facility in Lead, South Dakota, USA. This Letter reports results from LUX-ZEPLIN’s first search for weakly interacting massive particles (WIMPs) with an exposure of 60 live days using a fiducial mass of 5.5 t. A profile-likelihood ratio analysis shows the data to be consistent with a background-only hypothesis, setting new limits on spin-independent WIMP-nucleon, spin-dependent WIMP-neutron, and spin-dependent WIMP-proton cross sections for WIMP masses above 9 GeV/c 2. The most stringent limit is set for spin-independent scattering at 36 GeV/c 2, rejecting cross sections above 9.2× 10− 48 cm at the 90% confidence level.
Authors
Jelle Aalbers,DS Akerib,CW Akerlof,AK Al Musalhi,F Alder,A Alqahtani,SK Alsum,CS Amarasinghe,A Ames,TJ Anderson,N Angelides,HM Araújo,JE Armstrong,M Arthurs,S Azadi,AJ Bailey,A Baker,J Balajthy,S Balashov,J Bang,JW Bargemann,MJ Barry,J Barthel,D Bauer,A Baxter,K Beattie,J Belle,P Beltrame,J Bensinger,T Benson,EP Bernard,A Bhatti,A Biekert,TP Biesiadzinski,HJ Birch,B Birrittella,GM Blockinger,KE Boast,B Boxer,R Bramante,CAJ Brew,P Brás,JH Buckley,VV Bugaev,S Burdin,JK Busenitz,M Buuck,R Cabrita,C Carels,DL Carlsmith,B Carlson,MC Carmona-Benitez,M Cascella,C Chan,A Chawla,H Chen,JJ Cherwinka,NI Chott,A Cole,J Coleman,MV Converse,A Cottle,G Cox,WW Craddock,O Creaner,D Curran,A Currie,JE Cutter,CE Dahl,A David,J Davis,TJR Davison,J Delgaudio,S Dey,L De Viveiros,A Dobi,JEY Dobson,E Druszkiewicz,A Dushkin,TK Edberg,WR Edwards,MM Elnimr,WT Emmet,SR Eriksen,CH Faham,A Fan,S Fayer,NM Fearon,S Fiorucci,H Flaecher,P Ford,VB Francis,ED Fraser,T Fruth,RJ Gaitskell,NJ Gantos,D Garcia,A Geffre,VM Gehman,J Genovesi,C Ghag,R Gibbons,E Gibson,MGD Gilchriese,S Gokhale,B Gomber,J Green,A Greenall,S Greenwood,MGD van der Grinten,CB Gwilliam,CR Hall,S Hans,K Hanzel,A Harrison,E Hartigan-O’Connor,SJ Haselschwardt,MA Hernandez,SA Hertel,G Heuermann,C Hjemfelt,MD Hoff,E Holtom,J YK Hor,M Horn,DQ Huang,D Hunt,CM Ignarra,RG Jacobsen,O Jahangir,RS James,SN Jeffery,W Ji,J Johnson,AC Kaboth,AC Kamaha,K Kamdin,V Kasey,K Kazkaz,J Keefner,D Khaitan,M Khaleeq,A Khazov,I Khurana,YD Kim,CD Kocher,D Kodroff,L Korley,EV Korolkova,J Kras
Journal
Physical review letters
Published Date
2023/7/28
Erratum to: The LUX-ZEPLIN (LZ) radioactivity and cleanliness control programs
Akerib, DS, Akerlof, CW, Akimov, DY et al. The LUX-ZEPLIN (LZ) radioactivity and cleanliness control programs. Eur. Phys. J. C 80, 1044 (2020). https://doi. org/10.1140/epjc/s10052-020-8420-x.
Authors
DS Akerib,CW Akerlof,D Yu Akimov,A Alquahtani,SK Alsum,TJ Anderson,N Angelides,HM Araújo,A Arbuckle,JE Armstrong,M Arthurs,H Auyeung,S Aviles,X Bai,AJ Bailey,J Balajthy,S Balashov,J Bang,MJ Barry,D Bauer,P Bauer,A Baxter,J Belle,P Beltrame,J Bensinger,T Benson,EP Bernard,A Bernstein,A Bhatti,A Biekert,TP Biesiadzinski,HJ Birch,B Birrittella,KE Boast,AI Bolozdynya,EM Boulton,B Boxer,R Bramante,S Branson,P Brás,M Breidenbach,CAJ Brew,JH Buckley,VV Bugaev,R Bunker,S Burdin,JK Busenitz,R Cabrita,JS Campbell,C Carels,DL Carlsmith,B Carlson,MC Carmona-Benitez,M Cascella,C Chan,JJ Cherwinka,AA Chiller,C Chiller,NI Chott,A Cole,J Coleman,D Colling,RA Conley,A Cottle,R Coughlen,G Cox,WW Craddock,D Curran,A Currie,JE Cutter,JP da Cunha,CE Dahl,S Dardin,S Dasu,J Davis,TJR Davison,L de Viveiros,N Decheine,A Dobi,JEY Dobson,E Druszkiewicz,A Dushkin,TK Edberg,WR Edwards,BN Edwards,J Edwards,MM Elnimr,WT Emmet,SR Eriksen,CH Faham,A Fan,S Fayer,S Fiorucci,H Flaecher,IM Fogarty Florang,P Ford,VB Francis,ED Fraser,F Froborg,T Fruth,RJ Gaitskell,NJ Gantos,D Garcia,VM Gehman,R Gelfand,J Genovesi,RM Gerhard,C Ghag,E Gibson,MGD Gilchriese,S Gokhale,B Gomber,TG Gonda,A Greenall,S Greenwood,G Gregerson,MGD van der Grinten,CB Gwilliam,CR Hall,D Hamilton,S Hans,K Hanzel,T Harrington,A Harrison,J Harrison,C Hasselkus,SJ Haselschwardt,D Hemer,SA Hertel,J Heise,S Hillbrand,O Hitchcock,C Hjemfelt,MD Hoff,B Holbrook,E Holtom,J YK Hor,M Horn,DQ Huang,TW Hurteau,CM Ignarra,MN Irving,RG Jacobsen,O Jahangir,SN Jeffery,W Ji,M Johnson,J Johnson,P Johnson,WG Jones
Journal
The European Physical Journal C
Published Date
2022/3
Erratum to: Searches for long-lived charged particles in pp collisions at = 7 and 8 TeV
CMS has uncovered an issue with the muon trigger simulation that impacts particles with| Q|= e/3. Consequently, we retract the cross section and mass limits, and related analysis details for| Q|= e/3 particles set in JHEP 07(2013) 122. The| Q|= 2e/3 results are not affected within the uncertainties. We are supplying in attachment revised plots for figure 10 and figure 11 plus a revised table 8 that have the| Q|= e/3 results removed.
Authors
S Chatrchyan,V Khachatryan,AM Sirunyan,A Tumasyan,W Adam,T Bergauer,M Dragicevic,J Erö,C Fabjan,M Friedl,R Frühwirth,VM Ghete,N Hörmann,J Hrubec,M Jeitler,W Kiesenhofer,V Knünz,M Krammer,I Krätschmer,D Liko,I Mikulec,D Rabady,B Rahbaran,C Rohringer,H Rohringer,R Schöfbeck,J Strauss,A Taurok,W Treberer-Treberspurg,W Waltenberger,C-E Wulz,N Shumeiko,S Alderweireldt,M Bansal,S Bansal,T Cornelis,EA De Wolf,X Janssen,A Knutsson,S Luyckx,L Mucibello,S Ochesanu,B Roland,R Rougny,H Van Haevermaet,P Van Mechelen,A Van Spilbeeck,F Blekman,S Blyweert,J D’Hondt,A Kalogeropoulos,J Keaveney,M Maes,A Olbrechts,S Tavernier,W Van Doninck,P Van Mulders,GP Van Onsem,I Villella,B Clerbaux,G De Lentdecker,L Favart,APR Gay,T Hreus,A Léonard,PE Marage,A Mohammadi,L Perniè,T Reis,T Seva,L Thomas,C Vander Velde,P Vanlaer,J Wang,V Adler,K Beernaert,L Benucci,A Cimmino,S Costantini,S Dildick,G Garcia,B Klein,J Lellouch,A Marinov,J Mccartin,AA Ocampo Rios,D Ryckbosch,M Sigamani,N Strobbe,F Thyssen,M Tytgat,S Walsh,E Yazgan,N Zaganidis,S Basegmez,C Beluffi,G Bruno,R Castello,A Caudron,L Ceard,C Delaere,T du Pree,D Favart,L Forthomme,A Giammanco,J Hollar,P Jez,V Lemaitre,J Liao,O Militaru,C Nuttens,D Pagano,A Pin,K Piotrzkowski,A Popov,M Selvaggi,N Beliy,T Caebergs,E Daubie,GH Hammad,GA Alves,M Correa Martins Junior,T Martins,ME Pol,MHG Souza,WL Aldá Júnior,W Carvalho,J Chinellato,A Custódio,EM Da Costa,D De Jesus Damiao,C De Oliveira Martins,S Fonseca De Souza,H Malbouisson,M Malek,D Matos Figueiredo,L Mundim,H Nogima,WL Prado Da Silva,A Santoro,A Sznajder,EJ Tonelli Manganote,A Vilela Pereira,CA Bernardes,FA Dias,TR Fernandez Perez Tomei,EM Gregores,C Lagana,F Marinho,PG Mercadante
Journal
Journal of High Energy Physics
Published Date
2022/11
Evidence for X(3872) in Pb-Pb Collisions and Studies of its Prompt Production at
The first evidence for X (3872) production in relativistic heavy ion collisions is reported. The X (3872) production is studied in lead-lead (Pb-Pb) collisions at a center-of-mass energy of s NN= 5.02 TeV per nucleon pair, using the decay chain X (3872)→ J/ψ π+ π−→ μ+ μ− π+ π−. The data were recorded with the CMS detector in 2018 and correspond to an integrated luminosity of 1.7 nb− 1. The measurement is performed in the rapidity and transverse momentum ranges| y|< 1.6 and 15< p T< 50 GeV/c. The significance of the inclusive X (3872) signal is 4.2 standard deviations. The prompt X (3872) to ψ 2 S yield ratio is found to be ρ Pb− Pb= 1.08±0.49 (stat)±0.52 (syst), to be compared with typical values of 0.1 for p p collisions. This result provides a unique experimental input to theoretical models of the X (3872) production mechanism, and of the nature of this exotic state.
Authors
Albert M Sirunyan,Armen Tumasyan,Wolfgang Adam,Federico Ambrogi,Thomas Bergauer,Marko Dragicevic,Janos Erö,A Escalante Del Valle,Martin Flechl,Rudolf Fruehwirth,Manfred Jeitler,Natascha Krammer,Ilse Krätschmer,Dietrich Liko,Thomas Madlener,Ivan Mikulec,Navid Rad,Jochen Schieck,Robert Schöfbeck,Markus Spanring,Wolfgang Waltenberger,C-E Wulz,Mateusz Zarucki,Vladimir Drugakov,J Suarez Gonzalez,MR Darwish,EA De Wolf,D Di Croce,X Janssen,T Kello,A Lelek,M Pieters,H Rejeb Sfar,H Van Haevermaet,P Van Mechelen,S Van Putte,F Blekman,ES Bols,SS Chhibra,J D’Hondt,J De Clercq,D Lontkovskyi,S Lowette,I Marchesini,S Moortgat,Q Python,S Tavernier,W Van Doninck,P Van Mulders,D Beghin,B Bilin,B Clerbaux,G De Lentdecker,H Delannoy,B Dorney,L Favart,A Grebenyuk,AK Kalsi,L Moureaux,A Popov,N Postiau,E Starling,L Thomas,C Vander Velde,P Vanlaer,D Vannerom,Tom Cornelis,Didar Dobur,Illia Khvastunov,Marek Niedziela,Christos Roskas,Kirill Skovpen,Michael Tytgat,Willem Verbeke,Basile Vermassen,Martina Vit,G Bruno,C Caputo,P David,C Delaere,M Delcourt,A Giammanco,V Lemaitre,J Prisciandaro,A Saggio,P Vischia,J Zobec,GA Alves,G Correia Silva,C Hensel,A Moraes,E Belchior Batista Das Chagas,W Carvalho,J Chinellato,E Coelho,EM Da Costa,GG Da Silveira,D De Jesus Damiao,C De Oliveira Martins,S Fonseca De Souza,H Malbouisson,J Martins,D Matos Figueiredo,M Medina Jaime,M Melo De Almeida,C Mora Herrera,L Mundim,H Nogima,WL Prado Da Silva,P Rebello Teles,LJ Sanchez Rosas,A Santoro,A Sznajder,M Thiel,EJ Tonelli Manganote,F Torres Da Silva De Araujo,A Vilela Pereira,CA Bernardes,L Calligaris,TR Fernandez Perez Tomei,EM Gregores,DS Lemos,PG Mercadante,SF Novaes,Sandra S Padula,A Aleksandrov,G Antchev,R Hadjiiska,P Iaydjiev,M Misheva,M Rodozov,M Shopova,G Sultanov,M Bonchev,A Dimitrov,T Ivanov,L Litov,B Pavlov,P Petkov,A Petrov,W Fang,X Gao,L Yuan,M Ahmad,Z Hu,Y Wang,GM Chen,HS Chen,M Chen,CH Jiang
Journal
Physical review letters
Published Date
2022/1/19
Erratum to: Search for new physics in dijet angular distributions using proton-proton collisions at and constraints on dark matter and other models
Sirunyan, AM, Tumasyan, A., Adam, W. et al. Erratum to: Search for new physics in dijet angular distributions using proton-proton collisions at and constraints on dark matter and other models. Eur. Phys. J. C 82, 379 (2022). https://doi. org/10.1140/epjc/s10052-022-10278-0
Authors
AM Sirunyan,A Tumasyan,W Adam,F Ambrogi,E Asilar,T Bergauer,J Brandstetter,E Brondolin,M Dragicevic,J Erö,A Escalante Del Valle,M Flechl,M Friedl,R Frühwirth,VM Ghete,J Grossmann,J Hrubec,M Jeitler,A König,N Krammer,I Krätschmer,D Liko,T Madlener,I Mikulec,E Pree,N Rad,H Rohringer,J Schieck,R Schöfbeck,M Spanring,D Spitzbart,A Taurok,W Waltenberger,J Wittmann,C-E Wulz,M Zarucki,V Chekhovsky,V Mossolov,J Suarez Gonzalez,EA De Wolf,D Di Croce,X Janssen,J Lauwers,M Pieters,M Van De Klundert,H Van Haevermaet,P Van Mechelen,N Van Remortel,S Abu Zeid,F Blekman,J D’Hondt,I De Bruyn,J De Clercq,K Deroover,G Flouris,D Lontkovskyi,S Lowette,I Marchesini,S Moortgat,L Moreels,Q Python,K Skovpen,S Tavernier,W Van Doninck,P Van Mulders,I Van Parijs,D Beghin,B Bilin,H Brun,B Clerbaux,G De Lentdecker,H Delannoy,B Dorney,G Fasanella,L Favart,R Goldouzian,A Grebenyuk,AK Kalsi,T Lenzi,J Luetic,T Seva,E Starling,C Vander Velde,P Vanlaer,D Vannerom,R Yonamine,T Cornelis,D Dobur,A Fagot,M Gul,I Khvastunov,D Poyraz,C Roskas,D Trocino,M Tytgat,W Verbeke,B Vermassen,M Vit,N Zaganidis,H Bakhshiansohi,O Bondu,S Brochet,G Bruno,C Caputo,A Caudron,P David,S De Visscher,C Delaere,M Delcourt,B Francois,A Giammanco,G Krintiras,V Lemaitre,A Magitteri,A Mertens,M Musich,K Piotrzkowski,L Quertenmont,A Saggio,M Vidal Marono,S Wertz,J Zobec,WL Aldá Júnior,FL Alves,GA Alves,L Brito,G Correia Silva,C Hensel,A Moraes,ME Pol,P Rebello Teles,E Belchior Batista Das Chagas,W Carvalho,J Chinellato,E Coelho,EM Da Costa,GG Da Silveira,D De Jesus Damiao,S Fonseca De Souza,H Malbouisson,M Medina Jaime,M Melo De Almeida,C Mora Herrera,L Mundim,H Nogima,LJ Sanchez Rosas,A Santoro,A Sznajder,M Thiel,EJ Tonelli Manganote
Journal
The European Physical Journal C
Published Date
2022/4/29
Searches for long-lived charged particles in pp collisions at root s= 7 and 8 TeV (vol 07, 122, 2013)
CMS has uncovered an issue with the muon trigger simulation that impacts particles with| Q|= e/3. Consequently, we retract the cross section and mass limits, and related analysis details for| Q|= e/3 particles set in JHEP 07(2013) 122. The| Q|= 2e/3 results are not affected within the uncertainties. We are supplying in attachment revised plots for figure 10 and figure 11 plus a revised table 8 that have the| Q|= e/3 results removed.
Authors
S Chatrchyan,V Khachatryan,AM Sirunyan,A Tumasyan,W Adam,T Bergauer,M Dragicevic,J Eroe,C Fabjan,M Friedl,R Fruehwirth,VM Ghete,N Hoermann,J Hrubec,M Jeitler,W Kiesenhofer,V Knuenz,M Krammer,I Kraetschmer,D Liko,I Mikulec,D Rabady,B Rahbaran,C Rohringer,H Rohringer,R Schoefbeck,J Strauss,A Taurok,W Treberer-Treberspurg,W Waltenberger,C-E Wulz,N Shumeiko,S Alderweireldt,M Bansal,S Bansal,T Cornelis,EA De Wolf,X Janssen,A Knutsson,S Luyckx,L Mucibello,S Ochesanu,B Roland,R Rougny,H Van Haevermaet,P Van Mechelen,A Van Spilbeeck,F Blekman,S Blyweert,J D'Hondt,A Kalogeropoulos,J Keaveney,M Maes,A Olbrechts,S Tavernier,W Van Doninck,P Van Mulders,GP Van Onsem,I Villella,B Clerbaux,G De Lentdecker,L Favart,APR Gay,T Hreus,A Leonard,PE Marage,A Mohammadi,L Pernie,T Reis,T Seva,L Thomas,C Vander Velde,P Vanlaer,J Wang,V Adler,K Beernaert,L Benucci,A Cimmino,S Costantini,S Dildick,G Garcia,B Klein,J Lellouch,A Marinov,J Mccartin,AA Ocampo Rios,Dirk Ryckbosch,M Sigamani,Nadja Strobbe,F Thyssen,Michael Tytgat,S Walsh,E Yazgan,N Zaganidis,S Basegmez,C Beluffi,G Bruno,R Castello,A Caudron,L Ceard,C Delaere,T du Pree,D Favart,L Forthomme,A Giammanco,J Hollar,P Jez,V Lemaitre,J Liao,O Militaru,C Nuttens,D Pagano,A Pin,K Piotrzkowski,A Popov,M Selvaggi,N Beliy,T Caebergs,E Daubie,GH Hammad,GA Alves,M Correa Martins Junior,T Martins,ME Pol,MHG Souza,WL Alda Junior,W Carvalho,J Chinellato,A Custodio,EM Da Costa,D De Jesus Damiao,C De Oliveira Martins,S Fonseca De Souza,H Malbouisson,M Malek,D Matos Figueiredo,L Mundim,H Nogima,WL Prado Da Silva,A Santoro,A Sznajder,EJ Tonelli Manganote,A Vilela Pereira,CA Bernardes,FA Dias,TR Fernandez Perez Tomei,EM Gregores,C Lagana,F Marinho,PG Mercadante
Journal
Journal of High Energy Physics
Published Date
2022
High-precision measurement of the W boson mass with the CDF II detector
The mass of the W boson, a mediator of the weak force between elementary particles, is tightly constrained by the symmetries of the standard model of particle physics. The Higgs boson was the last missing component of the model. After observation of the Higgs boson, a measurement of the W boson mass provides a stringent test of the model. We measure the W boson mass, MW, using data corresponding to 8.8 inverse femtobarns of integrated luminosity collected in proton-antiproton collisions at a 1.96 tera–electron volt center-of-mass energy with the CDF II detector at the Fermilab Tevatron collider. A sample of approximately 4 million W boson candidates is used to obtain MW=80,433.5±6.4stat±6.9syst=80,433.5±9.4 MeV/c2, the precision of which exceeds that of all previous measurements combined (stat, statistical uncertainty; syst, systematic uncertainty; MeV, mega–electron volts; c, speed of light in a vacuum …
Authors
CDF Collaboration†‡,Timo Aaltonen,Silvia Amerio,Dante Amidei,Anton Anastassov,Alberto Annovi,J Antos,G Apollinari,JA Appel,T Arisawa,A Artikov,J Asaadi,W Ashmanskas,B Auerbach,A Aurisano,F Azfar,W Badgett,T Bae,A Barbaro-Galtieri,VE Barnes,BA Barnett,P Barria,P Bartos,M Bauce,F Bedeschi,S Behari,G Bellettini,J Bellinger,D Benjamin,A Beretvas,A Bhatti,KR Bland,B Blumenfeld,A Bocci,A Bodek,D Bortoletto,J Boudreau,A Boveia,L Brigliadori,C Bromberg,E Brucken,J Budagov,HS Budd,K Burkett,G Busetto,P Bussey,P Butti,A Buzatu,A Calamba,S Camarda,M Campanelli,B Carls,D Carlsmith,R Carosi,S Carrillo,B Casal,M Casarsa,A Castro,P Catastini,D Cauz,V Cavaliere,A Cerri,L Cerrito,YC Chen,M Chertok,G Chiarelli,G Chlachidze,K Cho,D Chokheli,A Clark,C Clarke,ME Convery,J Conway,M Corbo,M Cordelli,CA Cox,DJ Cox,M Cremonesi,D Cruz,J Cuevas,R Culbertson,N d’Ascenzo,M Datta,P de Barbaro,L Demortier,M Deninno,M D’Errico,F Devoto,A Di Canto,B Di Ruzza,JR Dittmann,S Donati,M D’Onofrio,M Dorigo,A Driutti,K Ebina,R Edgar,A Elagin,R Erbacher,S Errede,B Esham,S Farrington,JP Fernández Ramos,R Field,G Flanagan,R Forrest,M Franklin,JC Freeman,H Frisch,Y Funakoshi,C Galloni,AF Garfinkel,P Garosi,H Gerberich,E Gerchtein,S Giagu,V Giakoumopoulou,K Gibson,CM Ginsburg,N Giokaris,P Giromini,V Glagolev,D Glenzinski,M Gold,D Goldin,A Golossanov,G Gomez,G Gomez-Ceballos,M Goncharov,O González López,I Gorelov,AT Goshaw,K Goulianos,E Gramellini,C Grosso-Pilcher,J Guimaraes da Costa,SR Hahn,JY Han,F Happacher,K Hara,M Hare,RF Harr,T Harrington-Taber,K Hatakeyama,C Hays,J Heinrich,M Herndon,A Hocker,Z Hong,W Hopkins
Journal
Science
Published Date
2022/4/8
The LUX-ZEPLIN (LZ) radioactivity and cleanliness control programs (vol 80, 1044, 2020)
The reference to the article is Manuscript ID EPJC-20-06-042 from the internal review perspective. The reference to the article as published, is: (Table presented.).
Authors
DS Akerib,CW Akerlof,D Yu Akimov,A Alquahtani,SK Alsum,TJ Anderson,N Angelides,HM Araujo,A Arbuckle,JE Armstrong,M Arthurs,H Auyeung,S Aviles,X Bai,AJ Bailey,J Balajthy,S Balashov,J Bang,MJ Barry,D Bauer,P Bauer,A Baxter,J Belle,P Beltrame,J Bensinger,T Benson,EP Bernard,A Bernstein,A Bhatti,A Biekert,TP Biesiadzinski,HJ Birch,B Birrittella,KE Boast,AI Bolozdynya,EM Boulton,B Boxer,R Bramante,S Branson,P Bras,M Breidenbach,CAJ Brew,JH Buckley,VV Bugaev,R Bunker,S Burdin,JK Busenitz,R Cabrita,JS Campbell,C Carels,DL Carlsmith,B Carlson,MC Carmona-Benitez,M Cascella,C Chan,JJ Cherwinka,AA Chiller,C Chiller,NI Chott,A Cole,J Coleman,D Colling,RA Conley,A Cottle,R Coughlen,G Cox,WW Craddock,D Curran,A Currie,JE Cutter,JP da Cunha,CE Dahl,S Dardin,S Dasu,J Davis,TJR Davison,L de Viveiros,N Decheine,A Dobi,JEY Dobson,E Druszkiewicz,A Dushkin,TK Edberg,WR Edwards,BN Edwards,J Edwards,MM Elnimr,WT Emmet,SR Eriksen,CH Faham,A Fan,S Fayer,S Fiorucci,H Flaecher,IM Florang,P Ford,VB Francis,ED Fraser,F Froborg,T Fruth,RJ Gaitskell,NJ Gantos,D Garcia,VM Gehman,R Gelfand,J Genovesi,RM Gerhard,C Ghag,E Gibson,MGD Gilchriese,S Gokhale,B Gomber,TG Gonda,A Greenall,S Greenwood,G Gregerson,MGD van der Grinten,CB Gwilliam,CR Hall,D Hamilton,S Hans,K Hanzel,T Harrington,A Harrison,J Harrison,C Hasselkus,SJ Haselschwardt,D Hemer,SA Hertel,J Heise,S Hillbrand,O Hitchcock,C Hjemfelt,MD Hoff,B Holbrook,E Holtom,JY-K Hor,M Horn,DQ Huang,TW Hurteau,CM Ignarra,MN Irving,RG Jacobsen,O Jahangir,SN Jeffery,W Ji,M Johnson,J Johnson,P Johnson,WG Jones
Journal
EUROPEAN PHYSICAL JOURNAL C
Published Date
2022
Professor FAQs
What is Duncan Carlsmith's h-index at University of Wisconsin-Madison?
The h-index of Duncan Carlsmith has been 119 since 2020 and 238 in total.
What are Duncan Carlsmith's top articles?
The articles with the titles of
First dark matter search results from the LUX-ZEPLIN (LZ) experiment
Erratum to: The LUX-ZEPLIN (LZ) radioactivity and cleanliness control programs
Erratum to: Searches for long-lived charged particles in pp collisions at = 7 and 8 TeV
Evidence for X(3872) in Pb-Pb Collisions and Studies of its Prompt Production at
Erratum to: Search for new physics in dijet angular distributions using proton-proton collisions at and constraints on dark matter and other models
Searches for long-lived charged particles in pp collisions at root s= 7 and 8 TeV (vol 07, 122, 2013)
High-precision measurement of the W boson mass with the CDF II detector
The LUX-ZEPLIN (LZ) radioactivity and cleanliness control programs (vol 80, 1044, 2020)
...
are the top articles of Duncan Carlsmith at University of Wisconsin-Madison.
What are Duncan Carlsmith's research interests?
The research interests of Duncan Carlsmith are: Elementary Particle Physics
What is Duncan Carlsmith's total number of citations?
Duncan Carlsmith has 267,068 citations in total.