34 research outputs found
Accuracy versus precision in boosted top tagging with the ATLAS detector
- Author
- Aad G
- Aakvaag E
- Abbott B
- Abdelhameed S
- Abeling K
- Abicht NJ
- Abidi SH
- Aboelela M
- Aboulhorma A
- Abramowicz H
- Abreu H
- Abulaiti Y
- Acharya BS
- Ackermann A
- Adamczyk L
- Addepalli SV
- Addison MJ
- Adelman J
- Adiguzel A
- Adye T
- Affolder AA
- Afik Y
- Agaras MN
- Agarwala J
- Aggarwal A
- Agheorghiesei C
- Agullo PM
- Ahmadov F
- Ahmed WS
- Ahuja S
- Ai X
- Aielli G
- Aikot A
- Aitbenchikh B
- Akbiyik M
- Akimov AV
- Akiyama D
- Akolkar NN
- Aktas S
- Al Khoury K
- Alberghi GL
- Albert J
- Albicocco P
- Albouy GL
- Alderweireldt S
- Alegria ZL
- Aleksa M
- Aleksandrov IN
- Alexa C
- Alexopoulos T
- Alfonsi F
- Algren M
- Alhroob M
- Ali B
- Ali HMJ
- Ali S
- Alibocus SW
- Aliev M
- Alimonti G
- Alkakhi W
- Allaire C
- Allbrooke BMM
- Allen JF
- Allport PP
- Aloisio A
- Alonso AG
- Alonso F
- Alpigiani C
- Alsolami ZMK
- Alvarez IRS
- Alves FLL
- Alviggi MG
- Aly M
- Ambler A
- Amelung C
- Amerl M
- Ames CG
- Amidei D
- Amini B
- Amirie KJ
- Amos KR
- An S
- Ananiev V
- Anastopoulos C
- Andana RYG
- Andeen T
- Anders JK
- Anderson AC
- Andrean SY
- Andreazza A
- Angelidakis S
- Angerami A
- Anisenkov AV
- Annovi A
- Antel C
- Antipov E
- Antonelli M
- Anulli F
- Aoki M
- Aoki T
- Aparo MA
- Appelt C
- Apyan A
- Aranda CP
- Araya ST
- Arcangeletti C
- Arce ATH
- Arguin J-F
- Argyropoulos S
- Arling J-H
- Arnaez O
- Arnold H
- Artoni G
- Asada H
- Asai K
- Asai S
- Asbah NA
- Assamagan K
- Astalos R
- Astigarraga MEP
- Astrand KSV
- Atashi S
- Atkin RJ
- Atkinson M
- Atmani H
- Atmasiddha PA
- Augsten K
- Auricchio S
- Auriol AD
- Austrup VA
- Avolio G
- Axiotis K
- Azuelos G
- Babal D
- Bachacou H
- Bachas K
- Bachiu A
- Backman F
- Badea A
- Baer TM
- Bagnaia P
- Bahmani M
- Bahner D
- Bai K
- Baines JT
- Baines L
- Baker OK
- Bakos E
- Balakrishnan V
- Balasubramanian R
- Baldin EM
- Balek P
- Ballabene E
- Balli F
- Baltes LM
- Balunas WK
- Balz J
- Bamwidhi I
- Banas E
- Bandieramonte M
- Bandyopadhyay A
- Bansal S
- Barak L
- Barakat M
- Barberio EL
- Barberis D
- Barbero M
- Barel MZ
- Barillari T
- Barisits M-S
- Barklow T
- Baron P
- Baroncelli A
- Barr AJ
- Barr JD
- Barreiro F
- Barron U
- Barrue RFC
- Barsov S
- Bartels F
- Bartoldus R
- Barton AE
- Bartos P
- Basan A
- Baselga M
- Bassalat A
- Basso MJ
- Bataju S
- Bate R
- Bates RL
- Batlamous S
- Batool B
- Battaglia M
- Battulga D
- Bauce M
- Bauer M
- Bauer P
- Beacham JB
- Beau T
- Beaucamp JY
- Beauchemin PH
- Bechtle P
- Beck HP
- Becker K
- Beddall AJ
- Bednyakov VA
- Bee CP
- Beemster LJ
- Beermann TA
- Begalli M
- Begel M
- Behera A
- Behr JK
- Beirer JF
- Beisiegel F
- Belfkir M
- Bella G
- Bella LA
- Bellagamba L
- Bellerive A
- Bellos P
- Beloborodov K
- Benchekroun D
- Bendebba F
- Benhammou Y
- Benkendorfer KC
- Beresford L
- Beretta M
- Berger N
- Bergmann B
- Beringer J
- Berlingen JM
- Bernardi G
- Bernius C
- Bernlochner FU
- Bernon F
- Berry T
- Berta P
- Berthold A
- Betancourt LJC
- Bethke S
- Betti A
- Bevan AJ
- Bhalla NK
- Bhatta S
- Bhattacharya DS
- Bhattarai P
- Bhide KD
- Bhopatkar VS
- Bianchi RM
- Bianco G
- Biebel O
- Bielski R
- Biglietti M
- Billingsley CS
- Bimgdi Y
- Bindi M
- Bingul A
- Bini C
- Bird GA
- Birman M
- Biros M
- Biryukov S
- Bisanz T
- Bisceglie E
- Biswal JP
- Biswas D
- Bloch I
- Blue A
- Blumenschein U
- Blumenthal J
- Bobrovnikov VS
- Boehler M
- Boehm B
- Boeriu OEV
- Bogavac D
- Bogdanchikov AG
- Bohm C
- Boisvert V
- Bokan P
- Bolanos GR
- Bold T
- Bomben M
- Bona M
- Boonekamp M
- Booth CD
- Borbély AG
- Bordulev IS
- Borissov G
- Bortoletto D
- Bosca SR
- Boscherini D
- Bosman M
- Bouaouda K
- Bouchhar N
- Boudet L
- Boudreau J
- Bouhova-Thacker EV
- Boumediene D
- Bouquet R
- Bourdarios CA
- Boveia A
- Boyd J
- Boye D
- Boyko IR
- Bozianu L
- Bracinik J
- Brahimi N
- Brandt G
- Brandt O
- Braren F
- Brau B
- Brau JE
- Brener R
- Brenner L
- Brenner R
- Bressler S
- Brianti G
- Britton D
- Britzger D
- Brock I
- Brooijmans G
- Brooks EM
- Brost E
- Brown LM
- Bruce LE
- Bruckler TL
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- Bruni G
- Bruschi M
- Bruscino N
- Brüers B
- Buanes T
- Buat Q
- Buchin D
- Buckley AG
- Bulekov O
- Bullard BA
- Burdin S
- Burgard CD
- Burger AM
- Burghgrave B
- Burlayenko O
- Burleson J
- Burr JTP
- Burzynski JC
- Busch EL
- Bussey PJ
- Butler JM
- Buttar CM
- Butterworth JM
- Buttinger W
- Buzykaev AR
- Büscher V
- Cadamuro L
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- Caforio D
- Cai H
- Cai Y
- Cai Y
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- Cakir O
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- Calderini G
- Calfayan P
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- Caloba LP
- Calvet D
- Calvet S
- Calvetti M
- Camarda S
- Camarri P
- Camerlingo MT
- Cameron D
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- Campanelli M
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- Cantero J
- Cao Y
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- Capua M
- Carbone A
- Cardarelli R
- Cardenas JCJ
- Cardoso MA
- Carducci G
- Carli T
- Carlino G
- Carlotto JI
- Carlson BT
- Carlson EM
- Carlson TI
- Carmignani J
- Carminati L
- Carnelli A
- Carnesale M
- Caron S
- Carquin E
- Carratta G
- Carroll AM
- Carrá S
- Carter TM
- Casado MP
- Caspar M
- Castillo FL
- Castillo LRF
- Castro NF
- Catinaccio A
- Catmore JR
- Cavaliere T
- Cavaliere V
- Cavalli N
- Cekmecelioglu YC
- Celebi E
- Cella S
- Celli F
- Centeno GL
- Centonze MS
- Cepaitis V
- Cerny K
- Cerqueira AS
- Cerri A
- Cerrito L
- Cerutti F
- Cervato B
- Cervelli A
- Cesarini G
- Cetin SA
- Chakraborty D
- Chan J
- Chan WY
- Chapman JD
- Chapon E
- Chargeishvili B
- Charlton DG
- Chatterjee M
- Chauhan C
- Che Y
- Chekanov S
- Chekulaev SV
- Chelkov GA
- Chen A
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- Chen J
- Chen M
- Chen S
- Chen SJ
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- Chen X
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- Cheng HC
- Cheong S
- Cheplakov A
- Cheremushkina E
- Cherepanova E
- Cheu E
- Cheung K
- Chevalier L
- Chiarella V
- Chiarelli G
- Chiedde N
- Chiodini G
- Chisholm AS
- Chitan A
- Chitishvili M
- Chizhov MV
- Choi ACO
- Choi K
- Chou Y
- Chow EYS
- Chu KL
- Chu MC
- Chu X
- Chubinidze Z
- Chudoba J
- Chwastowski JJ
- Cieri D
- Ciesla KM
- Cindro V
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- Cirotto F
- Citron ZH
- Citterio M
- Ciubotaru DA
- Clark A
- Clark PJ
- Clarry C
- Clawson SE
- Clement C
- Coadou Y
- Cobal M
- Coccaro A
- Codina EP
- Coelho LFFU
- Coelli S
- Cole B
- collaboration TA
- Collot J
- Colmenares SR
- Columbie JMC
- Connell MP
- Connell SH
- Conroy EI
- Conventi F
- Cooke HG
- Cooper-Sarkar AM
- Corchia FA
- Cornell SD
- Corpe LD
- Corradi M
- Correa GO
- Correia AMH
- Corriveau F
- Cortes-Gonzalez A
- Costa MJ
- Costanza F
- Costanzo D
- Cote BM
- Couthures J
- Coutinho YA
- Cowan G
- Cranmer K
- Cremonini D
- Crescioli F
- Cristinziani M
- Cristoforetti M
- Croft V
- Crosby JE
- Crosetti G
- Crépé-Renaudin S
- Cueto A
- Cui H
- Cui Z
- Cunningham WR
- Curcio F
- Curran JR
- Czodrowski P
- D'amen G
- D'Amico V
- D'Auria S
- D'avanzo A
- D'Eramo L
- D'Onofrio A
- D'Onofrio M
- D'uffizi M
- Da Costa AMMJ
- da Costa JBG
- Da Fonseca Pinto JV
- Da Silva GG
- Da Via C
- Dabrowski W
- Dado T
- Dahbi S
- Dai T
- Dal Santo D
- Dallapiccola C
- Dam M
- Damazio DO
- Damp J
- Dandoy JR
- Dannheim D
- Danninger M
- Dao V
- Darbo G
- Das SJ
- Dattola F
- David C
- Davidek T
- Dawson I
- Day-hall HA
- De Abreu Farias PCM
- De Acedo LFS
- de Andrade Filho LM
- De Araujo MV
- De Asmundis R
- De Biase N
- De Carvalho ALM
- De Castro S
- De Groot N
- de Jong P
- de la Hoz SG
- De la Torre H
- De Lima RT
- De Maria A
- De Moura NMJN
- De Regie JBDV
- de Renstrom PAB
- De Salvo A
- De Sanctis U
- De Santis F
- De Santo A
- De Simas Filho EF
- De Sousa MJDCS
- De Souza EEP
- De K
- De RCL
- Dedovich DV
- Degens J
- Deiana AM
- Del Corso F
- Del Peso J
- Del Rio F
- Delagrange L
- Delegido AJG
- Deliot F
- Delitzsch CM
- Dell'Acqua A
- Dell'Asta L
- Della Pietra M
- Della Volpe D
- Delmastro M
- Delsart PA
- Demers S
- Demichev M
- Denisov SP
- Derendarz D
- Derue F
- Dervan P
- Desch K
- Deutsch C
- Di Bello FA
- Di Ciaccio A
- Di Ciaccio L
- Di Domenico A
- Di Donato C
- Di Girolamo A
- Di Gregorio G
- Di Luca A
- Di Micco B
- Di Nardo R
- Di Petrillo KF
- Diamantopoulou M
- Dias BP
- Dias FA
- Diaz MA
- Didenko AR
- Didenko M
- Diehl EB
- Dimitriadi C
- Dimitrievska A
- Dingfelder J
- Dingley T
- Dinu I-M
- Dittmeier SJ
- Dittus F
- Divisek M
- Djama F
- Djobava T
- Do Vale TD
- Doglioni C
- Dohnalova A
- Dolejsi J
- Dolezal Z
- Domijan K
- Dominguez LP
- Dona KM
- Donadelli M
- Dong B
- Donini J
- Dopke J
- Doria A
- Dos Santos Fernandes N
- Dos Santos SPA
- Dougan P
- Dova MT
- Doyle AT
- Draguet MA
- Dreyer E
- Drivas-koulouris I
- Drnevich M
- Drozdova M
- du Pree TA
- Du D
- Dubinin F
- Dubovsky M
- Duchovni E
- Duckeck G
- Ducu OA
- Duda D
- Dudarev A
- Duden ER
- Duflot L
- Duminica I
- Dumitriu AE
- Dunford M
- Dungs S
- Dunne K
- Duperrin A
- Durglishvili A
- Dwyer BL
- Dyckes GI
- Dyndal M
- Dziedzic BS
- Dührssen M
- Düren M
- Earnshaw ZO
- Eberwein GH
- Eckerova B
- Eggebrecht S
- Ehrke LF
- Eigen G
- Einsweiler K
- Ekelof T
- Ekman PA
- Ellajosyula V
- Ellert M
- Ellinghaus F
- Ellis N
- Elmsheuser J
- Elsawy M
- Elsing M
- Emeliyanov D
- Enari Y
- Ene I
- Epari S
- Erland PA
- Errenst M
- Escalier M
- Escobar C
- Estevez MA
- Etzion E
- Evans G
- Evans H
- Evans LS
- Ezhilov A
- Ezzarqtouni S
- Fabbri F
- Fabbri L
- Facini G
- Fadeyev V
- Fakhrutdinov RM
- Fakoudis D
- Falciano S
- Fallavollita F
- Falsetti G
- Faltova J
- Fan C
- Fan Y
- Fang Y
- Fanti M
- Faraj M
- Farazpay Z
- Farbin A
- Farilla A
- Farkh SE
- Farook MHM
- Farooque T
- Farrington SM
- Fassi F
- Fassouliotis D
- Fawcett WJ
- Fayard L
- Federic P
- Federicova P
- Fedin OL
- Feickert M
- Feligioni L
- Fellers DE
- Feng C
- Feng Z
- Fenton MJ
- Ferencz L
- Ferguson RAM
- Fernandez AA
- Fernoux MJV
- Ferrando J
- Ferrari A
- Ferrari P
- Ferrari R
- Ferreira IS
- Ferrer JAV
- Ferrere D
- Ferretti C
- Fiacco D
- Fiedler F
- Fiedler P
- Filho LEB
- Filipčič A
- Filmer EK
- Filthaut F
- Fiolhais MCN
- Fiorini L
- Fisher WC
- Fitschen T
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- Fleck I
- Fleischmann P
- Flick T
- Flores CAA
- Flores M
- Follega FM
- Fomin N
- Foo JH
- Formica A
- Forti AC
- Fortin E
- Fortman AW
- Foti MG
- Fountas L
- Fournier D
- Fox H
- Francavilla P
- Francescato S
- Franchellucci S
- Franchini M
- Franchino S
- Francis D
- Franco L
- Franconi L
- Franklin M
- Frattari G
- Frid YY
- Friend J
- Fritzsche N
- Froch A
- Froidevaux D
- Frost JA
- Fu Y
- Fujimoto M
- Fung KY
- Furukawa M
- Fuster J
- Gaa A
- Gabrielli A
- Gabrielli A
- Gadow P
- Gagliardi G
- Gagnon LG
- Gaid S
- Galantzan S
- Gallas EJ
- Gallop BJ
- Gan KK
- Ganguly S
- Gao Y
- Garcia B
- Garcia BRM
- Garcia LC
- Garcia YR
- Garcia-Sciveres M
- García C
- Gardner GL
- Gardner RW
- Garelli N
- Garg D
- Garg RB
- Gargan JM
- Garner CA
- Garrido SF
- Garvey CM
- Garzon GOY
- Gassmann VK
- Gaudio G
- Gautam V
- Gauzzi P
- Gavranovic J
- Gavrilenko IL
- Gavrilyuk A
- Gay C
- Gaycken G
- Gazis EN
- Geanta AA
- Gee CM
- Gekow A
- Gemme C
- Genest MH
- Gentry AD
- George S
- George WF
- Geralis T
- Gessinger-Befurt P
- Geyik ME
- Ghani M
- Ghazali YE
- Ghorbanian K
- Ghosal A
- Ghosh A
- Ghosh A
- Giacobbe B
- Giagu S
- Giani T
- Giannelli MF
- Giannini A
- Gibson SM
- Gignac M
- Gil DT
- Gilbert AK
- Gilbert BJ
- Gillberg D
- Gilles G
- Gimenez VC
- Ginabat L
- Gingrich DM
- Giordani MP
- Giraud PF
- Giugliarelli G
- Giugni D
- Giuli F
- Gkialas I
- Gladilin LK
- Glasman C
- Gledhill GR
- Glemža G
- Glisic M
- Gnesi I
- Go Y
- Goblirsch-Kolb M
- Gocke B
- Godin D
- Gokturk B
- Goldfarb S
- Golling T
- Gololo MGD
- Golubkov D
- Gombas JP
- Gomes A
- Gonella L
- Gongadze A
- Gonnella F
- Gonski JL
- Gonzalez SV
- Gonzalez-Sevilla S
- Gonçalo R
- Goossens L
- Gorini B
- Gorini E
- Gorišek A
- Gosart TC
- Goshaw AT
- Gostkin MI
- Goswami S
- Gottardo CA
- Gotz SA
- Gouighri M
- Goumarre V
- Goussiou AG
- Govender N
- Grabarczyk RP
- Grabowska-Bold I
- Graham K
- Gramstad E
- Grancagnolo S
- Grant CM
- Gravila PM
- Gravili FG
- Gray HM
- Greco M
- Green MJ
- Grefe C
- Grefsrud AS
- Gregor IM
- Greif KT
- Grenier P
- Grewe SG
- Grillo AA
- Grimm K
- Grinstein S
- Griso SP
- Grivaz J-F
- Gross E
- Grosse-Knetter J
- Grundy JC
- Guan L
- Guardia AB
- Gudnadottir OS
- Guerrieri G
- Gugel R
- Guhit JAM
- Guida A
- Guilloton E
- Guindon S
- Guo F
- Guo J
- Guo L
- Guo Y
- Gupta DB
- Gupta R
- Gurbuz S
- Gurdasani SS
- Gustavino G
- Gutierrez P
- Gutsche M
- Gutschow C
- Gwenlan C
- Gwilliam CB
- Haaland ES
- Haas A
- Habedank M
- Haber C
- Hadavand HK
- Haddad ES
- Hadef A
- Hadzic S
- Hagan AI
- Haghighat SK
- Hahn JJ
- Haines EH
- Haleem M
- Haley J
- Hall JJ
- Hall NC
- Hallewell GD
- Halser L
- Hamano K
- Hamer M
- Hamity GN
- Hampshire EJ
- Han J
- Han K
- Han L
- Han L
- Han S
- Han YF
- Hanagaki K
- Hance M
- Hangal DA
- Hanif H
- Hank MD
- Hansen JB
- Hansen PH
- Harada D
- Harenberg T
- Harkusha S
- Harris ML
- Harris YT
- Harrison J
- Harrison NM
- Harrison PF
- Hartman NM
- Hartmann NM
- Hasan RZ
- Hasegawa Y
- Haslbeck F
- Hassan S
- Hauser R
- Hawkes CM
- Hawkings RJ
- Hayashi Y
- Hayden D
- Hayes C
- Hayes RL
- Hays CP
- Hays JM
- Hayward HS
- He F
- He M
- He Y
- He Y
- Heatley NB
- Hedberg V
- Heggelund AL
- Hehir ND
- Heidegger C
- Heidegger KK
- Heilman J
- Heim S
- Heim T
- Heinlein JG
- Heinrich JJ
- Heinrich L
- Hejbal J
- Held A
- Hellesund S
- Helling CM
- Hellman S
- Henderson RCW
- Henkelmann L
- Herde H
- Hernandez ACR
- Hernandez DP
- Herrmann LM
- Herrmann T
- Herten G
- Hertenberger R
- Hervas L
- Hesping ME
- Hessey NP
- Hidaoui M
- Hidic N
- Hill E
- Hillier SJ
- Hinds JR
- Hinterkeuser F
- Hirose M
- Hirose S
- Hirschbuehl D
- Hitchings TG
- Hiti B
- Hobbs J
- Hobincu R
- Hod N
- Hodgkinson MC
- Hodkinson BH
- Hoecker A
- Hofer DD
- Hofer J
- Holm T
- Holzbock M
- Hommels LBAH
- Honan BP
- Hong J
- Hong JJ
- Hong TM
- Hooberman BH
- Hopkins WH
- Hoppesch MC
- Horii Y
- Hou S
- Howard AS
- Howarth J
- Hoya J
- Hrabovsky M
- Hryn'ova T
- Hrynevich A
- Hsu PJ
- Hsu S-C
- Hsu T
- Hu M
- Hu Q
- Huang S
- Huang X
- Huang Y
- Huang Y
- Huang Y
- Huang Z
- Hubacek Z
- Huebner M
- Huegging F
- Huffman TB
- Hugli CA
- Huhtinen M
- Huiberts SK
- Hulsken R
- Hurrell LTB
- Huseynov N
- Huston J
- Huth J
- Hyneman R
- Iacobucci G
- Iakovidis G
- Ibanez AP
- Iconomidou-Fayard L
- Iddon JP
- Iengo P
- Iglesias JAS
- Iguchi R
- Iiyama Y
- Iizawa T
- Ikegami Y
- Ilic N
- Imam H
- Inglis JM
- Introzzi G
- Iodice M
- Ippolito V
- Irwin RK
- Ishino M
- Islam W
- Issever C
- Istin S
- Ito H
- Iuppa R
- Ivina A
- Izen JM
- Izzo V
- Jacka P
- Jackson P
- Jagfeld CS
- Jain G
- Jain P
- Jakobs K
- Jakoubek T
- Jamieson J
- Jang W
- Jarrari HE
- Javurkova M
- Jawahar P
- Jeanty L
- Jejelava J
- Jenni P
- Jessiman CE
- Jia C
- Jia J
- Jia X
- Jia Z
- Jiang C
- Jiggins S
- Jimenez AR
- Jiménez YH
- Jin S
- Jinaru A
- Jinnouchi O
- Johansson P
- Johns KA
- Johnson JW
- Jolly FA
- Jones DM
- Jones E
- Jones KS
- Jones P
- Jones RWL
- Jones TJ
- Joos HL
- Joshi R
- Jovicevic J
- Ju X
- Junggeburth JJ
- Junkermann T
- Juzek MK
- Kabana S
- Kaczmarska A
- Kado M
- Kagan H
- Kagan M
- Kahn A
- Kahra C
- Kaji T
- Kajomovitz E
- Kakati N
- Kalaitzidou I
- Kalderon CW
- Kang NJ
- Kar D
- Karava K
- Kareem MJ
- Karentzos E
- Karkout O
- Karpov SN
- Karpova ZM
- Kartvelishvili V
- Karyukhin AN
- Kasimi E
- Katzy J
- Kaur S
- Kawade K
- Kawale MP
- Kawamoto C
- Kawamoto T
- Kay EF
- Kaya FI
- Kazakos S
- Kazanin VF
- Ke Y
- Keaveney JM
- Keeler R
- Kehris GV
- Keller JS
- Kelly AS
- Kempster JJ
- Kennedy PD
- Kepka O
- Kerridge BP
- Kersten S
- Kerševan BP
- Keszeghova L
- Khan RA
- Khanov A
- Kharlamov AG
- Kharlamova T
- Khoda EE
- Kholodenko M
- Khoo TJ
- Khoriauli G
- Khubua J
- Khwaira YAR
- Kibirige B
- Kim D
- Kim DW
- Kim YK
- Kimura N
- Kingston MK
- Kirchhoff A
- Kirfel C
- Kirfel F
- Kirk J
- Kiryunin AE
- Kitsaki C
- Kivernyk O
- Klassen M
- Klein C
- Klein L
- Klein MH
- Klein SB
- Klein U
- Klimek P
- Klimentov A
- Klioutchnikova T
- Kluit P
- Kluth S
- Kneringer E
- Knight TM
- Knue A
- Kobylianskii D
- Koch SF
- Kocian M
- Kodyš P
- Koeck DM
- Koenig PT
- Koffas T
- Kolay O
- Koletsou I
- Komarek T
- Kong AXY
- Kono T
- Konstantinidis N
- Kontaxakis P
- Konya B
- Kopeliansky R
- Koperny S
- Korcyl K
- Kordas K
- Korn A
- Korn S
- Korolkov I
- Korotkova N
- Kortman B
- Kortner O
- Kortner S
- Kostecka WH
- Kostyukhin VV
- Kotsokechagia A
- Kotwal A
- Koulouris A
- Kourkoumeli-Charalampidi A
- Kourkoumelis C
- Kourlitis E
- Kovanda O
- Kowalewski R
- Kozanecki W
- Kozhin AS
- Kramarenko VA
- Kramberger G
- Kramer P
- Krasny MW
- Krasznahorkay A
- Kraus AC
- Kraus JW
- Kremer JA
- Kresse T
- Kretschmann L
- Kretzschmar J
- Kreul K
- Krieger P
- Krivos M
- Krizka K
- Kroeninger K
- Kroha H
- Kroll J
- Kroll J
- Krowpman KS
- Kruchonak U
- Krumnack N
- Kruse MC
- Krüger H
- Kuchinskaia O
- Kuday S
- Kuehn S
- Kuesters R
- Kuhl T
- Kukhtin V
- Kulchitsky Y
- Kuleshov S
- Kumar M
- Kumari N
- Kumari P
- Kupco A
- Kupfer T
- Kupich A
- Kuprash O
- Kurashige H
- Kurchaninov LL
- Kurdysh O
- Kurochkin YA
- Kurova A
- Kuutmann EB
- Kuze M
- Kvam AK
- Kvita J
- Kwan T
- Kyriacou NG
- Köneke K
- Laatu LAO
- Lacasta C
- Lacava F
- Lacker H
- Lacour D
- Lad NN
- Ladygin E
- Lafarge A
- Laforge B
- Lagouri T
- Lahbabi FZ
- Lai S
- Lambert JE
- Lammers S
- Lampl W
- Lampoudis C
- Lamprinoudis G
- Lancaster AN
- Landgraf U
- Landon MPJ
- Lang VS
- Langrekken OKB
- Lankford AJ
- Lanni F
- Lantzsch K
- Lanza A
- Lançon E
- Laporte JF
- Lari T
- Lassnig M
- Latonova V
- Latour BMD
- Laurier A
- Lawlor SD
- Lawrence Z
- Lazaridou R
- Lazzaroni M
- Le Boulicaut EM
- Le Pottier LT
- Le B
- Leban B
- Lebedev A
- LeBlanc M
- Ledroit-Guillon F
- Lee S
- Lee SC
- Lee TF
- Leeuw LL
- Lefebvre HP
- Lefebvre M
- Leggett C
- Leigh M
- Leight WA
- Leinonen W
- Leisos A
- Leite MAL
- Leitgeb CE
- Leitner R
- Leney KJC
- Lenz T
- Leone S
- Leonidopoulos C
- Leopold A
- Les R
- Lester CG
- Levchenko M
- Levinson LJ
- Levrini G
- Levêque J
- Lewicki MP
- Lewis C
- Lewis DJ
- Lezki MI
- Li A
- Li B
- Li C
- Li C-Q
- Li H
- Li H
- Li H
- Li H
- Li H
- Li J
- Li K
- Li L
- Li M
- Li S
- Li S
- Li T
- Li X
- Li Z
- Li Z
- Li Z
- Li Z
- Liang S
- Liang Z
- Liberatore M
- Liberti B
- Lie K
- Lien H
- Lima VF
- Lin H
- Lin K
- Lindley RE
- Lindon JH
- Ling J
- Lipeles E
- Lipniacka A
- Lister A
- Little JD
- Liu B
- Liu BX
- Liu D
- Liu EHL
- Liu JB
- Liu JKK
- Liu K
- Liu K
- Liu M
- Liu MY
- Liu P
- Liu Q
- Liu X
- Liu X
- Liu Y
- Liu YL
- Liu YW
- Lloyd SL
- Llácer MM
- Lobodzinska EM
- Loch P
- Lohse T
- Lohwasser K
- Loiacono E
- Lokajicek M
- Lomas JD
- Long JD
- Longarini I
- Longo R
- Lopez MM
- Lopez RG
- Lopez-canelas NA
- Lory AM
- Losada M
- Loseva O
- Lou X
- Lou X
- Lounis A
- Love PA
- Lu G
- Lu M
- Lu S
- Lu YJ
- Lubatti HJ
- Luci C
- Luehring F
- Luengo SIF
- Luise I
- Lukianchuk O
- Lund-Jensen B
- Lundberg O
- Luongo NA
- Lutz MS
- Lux AB
- Lynn D
- Lysak R
- Lytken E
- Lyubushkin V
- Lyubushkina T
- Lyukova MM
- Ma H
- Ma K
- Ma LL
- Ma W
- Ma Y
- MacDonald JC
- Madar R
- Madula T
- Maeda J
- Maeno T
- Maguire H
- Maiboroda V
- Maio A
- Maira NV
- Maj K
- Majersky O
- Majewski S
- Makovec N
- Maksimovic V
- Malaescu B
- Malecki P
- Maleev VP
- Malek F
- Mali M
- Malito D
- Mallik U
- Maltezos S
- Malyukov S
- Mamuzic J
- Mancini G
- Mancini MN
- Manco G
- Mandalia JP
- Mandarry SS
- Mandić I
- Manghi FL
- Maniatis IM
- Mankad DC
- Mann A
- Manzano MR
- Manzoni S
- Mao L
- Mapekula X
- Marantis A
- Marchiori G
- Marcisovsky M
- Marcon C
- Marin JL
- Marinescu M
- Marium S
- Marjanovic M
- Markhoos A
- Markovitch M
- Marshall EJ
- Marshall Z
- Marti-Garcia S
- Martin J
- Martin MAP
- Martin TA
- Martin VJ
- Martin-Haugh S
- Martinelli L
- Martinez CM
- Martinez M
- Martinez NL
- Martinez PF
- Martinovicova G
- Martoiu VS
- Martyniuk AC
- Marzin A
- Mascione D
- Masetti L
- Masik J
- Maslennikov AL
- Massarotti P
- Mastrandrea P
- Mastroberardino A
- Masubuchi T
- Mathisen T
- Matousek J
- Maurer J
- Maury AJ
- Maximov DA
- May AE
- Mazini R
- Maznas I
- Mazza M
- Mazza SM
- Mazzeo E
- Maček B
- Mc Ginn C
- Mc Gowan JP
- Mc Kee SP
- McCracken CC
- McDonald EF
- McDougall AE
- Mcfayden JA
- McGovern RP
- Mckenzie RP
- Mclachlan TC
- Mclaughlin DJ
- McMahon SJ
- Mcpartland CM
- McPherson RA
- Mehlhase S
- Mehta A
- Melini D
- Melo AH
- Meloni F
- Meng HY
- Meng L
- Menke S
- Mentink M
- Meoni E
- Mercado G
- Merianos S
- Merlassino C
- Merola L
- Meroni C
- Metcalfe J
- Mete AS
- Meuser E
- Meyer C
- Meyer J-P
- Middleton RP
- Mijović L
- Mikenberg G
- Mikestikova M
- Mikuž M
- Mildner H
- Milic A
- Miller DW
- Miller EH
- Miller LS
- Milosavljevic MV
- Milov A
- Milstead DA
- Min T
- Minaenko AA
- Minashvili IA
- Mince L
- Mincer AI
- Mindur B
- Mineev M
- Mino Y
- Miotto GL
- Mir LM
- Mironova M
- Missio MC
- Mitra A
- Mitsou VA
- Mitsumori Y
- Miu O
- Miyagawa PS
- Mkrtchyan T
- Mlinarevic M
- Mlinarevic T
- Mlynarikova M
- Mobius S
- Mogg P
- Mohamed ATA
- Mohammed AF
- Mohapatra S
- Mokgatitswane G
- Moleri L
- Mondal B
- Mondal S
- Monnier E
- Montella A
- Montella M
- Montereali F
- Monticelli F
- Monzani S
- Morange N
- Moreno DAB
- Moreno EV
- Morettini P
- Morgenstern S
- Morii M
- Morinaga M
- Morodei F
- Morvaj L
- Moschovakos P
- Moser B
- Mosidze M
- Moskalets T
- Moskvitina P
- Moss J
- Moszkowicz P
- Moursli RCE
- Moussa A
- Moussaouy AE
- Moyse EJW
- Mtintsilana O
- Muanza S
- Mueller J
- Muenstermann D
- Muiño PC
- Mullier GA
- Mullin AJ
- Mullin JJ
- Mungo DP
- Munoz DC
- Murin M
- Murray WJ
- Muškinja M
- Mwewa C
- Myagkov AG
- Myers AJ
- Myers G
- Myska M
- Mönig K
- Müller R
- Nachman BP
- Nackenhorst O
- Nagai K
- Nagano K
- Nagle JL
- Nagy E
- Nairz AM
- Nakahama Y
- Nakamura K
- Nakkalil K
- Nanjo H
- Narayanan EA
- Naryshkin I
- Nasella L
- Naseri M
- Nasri S
- Nass C
- Navarro G
- Navarro JEG
- Navarro-Gonzalez J
- Nayak R
- Nayaz A
- Nechaeva PY
- Nechaeva S
- Nechansky F
- Nedic L
- Neep TJ
- Negri A
- Negrini M
- Nellist C
- Nelson C
- Nelson K
- Nemecek S
- Nessi M
- Neto DEM
- Neubauer MS
- Neuhaus F
- Neundorf J
- Newman PR
- Ng CW
- Ng YWY
- Ngair B
- Nguyen HDN
- Nickerson RB
- Nicolaidou R
- Nielsen J
- Niemeyer M
- Niermann J
- Nikiforou N
- Nikolaenko V
- Nikolic-Audit I
- Nikolopoulos K
- Nilsson P
- Ninca I
- Ninio G
- Nisati A
- Nishu N
- Nisius R
- Nitschke J-E
- Nkadimeng EK
- Nobe T
- Nommensen T
- Norfolk MB
- Norman BJ
- Noury M
- Novak J
- Novak T
- Novotny L
- Novotny R
- Nozka L
- Ntekas K
- O'Neill AP
- Ocariz J
- Ochi A
- Ochoa I
- Oerdek S
- Offermann JT
- Ogrodnik A
- Oh A
- Ohm CC
- Oide H
- Oishi R
- Ojeda ML
- Okumura Y
- Oleksiyuk I
- Oliveira MVS
- Oliver JL
- Onofre A
- Onyisi PUE
- Oreglia MJ
- Orellana GE
- Orestano D
- Orlando N
- Orr RS
- Osojnak LM
- Ospanov R
- Otono H
- Ott PS
- Ottino GJ
- Ouchrif M
- Ould-Saada F
- Outschoorn VIM
- Ovsiannikova T
- Owen M
- Owen RE
- Ozcan VE
- Ozturk F
- Ozturk N
- Ozturk S
- Pacchi EP
- Pacey HA
- Padovano G
- Pages AP
- Palacino G
- Palazzo A
- Pampel J
- Pan J
- Pan T
- Panchal DK
- Pandini CE
- Pandya HD
- Pang H
- Pani P
- Panizzo G
- Panwar L
- Paolozzi L
- Parajuli S
- Paramonov A
- Paraskevopoulos C
- Pardos CD
- Pareti A
- Park KR
- Park TH
- Parker MA
- Parodi F
- Parrish EW
- Parrish VA
- Parsons JA
- Parzefall U
- Pasqualucci E
- Passaggio S
- Pastor ET
- Pastore F
- Patel P
- Patel UM
- Pater JR
- Pauly T
- Paz IL
- Pazos CI
- Pearkes J
- Pedersen M
- Pedro R
- Peixoto APP
- Peleganchuk SV
- Pena JJ
- Penc O
- Pender EA
- Peng S
- Penn GD
- Penski KE
- Penzin M
- Peralva BS
- Pereira BCP
- Perepelitsa DV
- Perera G
- Perez DM
- Perez MV
- Perganti M
- Pernegger H
- Perrella S
- Perrin O
- Peters K
- Peters RFY
- Petersen BA
- Petersen TC
- Petit E
- Petousis V
- Petridou C
- Petru T
- Petrukhin A
- Pettee M
- Petukhov A
- Petukhova K
- Pezoa R
- Pezzotti L
- Pezzullo G
- Pham T
- Pham TM
- Phillips PW
- Piacquadio G
- Pianori E
- Piazza F
- Pickering RAA
- Piegaia R
- Pietreanu D
- Pilkington AD
- Pinamonti M
- Pinfold JL
- Pino SAO
- Pinoargote AEP
- Pintucci L
- Piper KM
- Pirttikoski A
- Pizzi DA
- Pizzimento L
- Pizzini A
- Pleier M-A
- Pleskot V
- Plotnikova E
- Poblete PAU
- Poddar G
- Poettgen R
- Poggioli L
- Pokharel I
- Polacek S
- Polesello G
- Poley A
- Polini A
- Pollard CS
- Pollock ZB
- Pond NI
- Ponomarenko D
- Pontecorvo L
- Popa S
- Popeneciu GA
- Poreba A
- Pospisil S
- Postill MA
- Postolache P
- Potamianos K
- Potepa PA
- Potrap IN
- Potter CJ
- Potti H
- Poveda J
- Pretel J
- Price D
- Primavera M
- Primomo L
- Privara R
- Procter T
- Proffitt ML
- Proklova N
- Prokofiev K
- Proto G
- Proudfoot J
- Przybycien M
- Przygoda WW
- Psallidas A
- Puddefoot JE
- Pudzha D
- Pyatiizbyantseva D
- Qian J
- Qichen D
- Qin Y
- Qiu T
- Quadt A
- Queitsch-Maitland M
- Quetant G
- Quinn RP
- Quintero DMP
- Rafanoharana D
- Raffaeli F
- Ragusa F
- Rainbolt JL
- Raine JA
- Rajagopalan S
- Ramakoti E
- Rambelli L
- Ramirez-Berend IA
- Ramos JM
- Ran K
- Rankin DS
- Rapheeha NP
- Rasheed H
- Raskina V
- Rassloff DF
- Rastogi A
- Rave S
- Ravera S
- Ravina B
- Ravinovich I
- Raymond M
- Read AL
- Readioff NP
- Rebuzzi DM
- Redlinger G
- Reed AS
- Reeves K
- Reidelsturz JA
- Reikher D
- Rej A
- Rembser C
- Renda M
- Renner F
- Rennie AG
- Renous DS
- Renteria CG
- Rescia AL
- Resconi S
- Ressegotti M
- Rettie S
- Reynolds E
- Rezanova OL
- Reznicek P
- Riani H
- Ribaric N
- Ricci E
- Richter R
- Richter S
- Richter-Was E
- Ridel M
- Ridouani S
- Rieck P
- Riedler P
- Riefel EM
- Rieger JO
- Rijssenbeek M
- Rimoldi M
- Rinaldi L
- Rincke P
- Rinn TT
- Rinnagel MP
- Ripellino G
- Riu I
- Rivera JGR
- Rivera VHR
- Rizatdinova F
- Rizvi E
- Roberts BR
- Roberts SS
- Robertson SH
- Robinson D
- Robson A
- Rocchi A
- Roda C
- Rodrigues MVG
- Rodriguez AR
- Roe S
- Roemer JT
- Roepe-Gier AR
- Rojas JGRG
- Rojas RA
- Roland CPA
- Roloff J
- Romaniouk A
- Romano E
- Romano M
- Romero LM
- Rompotis N
- Roos L
- Rosati S
- Rosser BJ
- Rossi E
- Rossi E
- Rossi LP
- Rossini L
- Rosten R
- Rotaru M
- Rottler B
- Rougier C
- Rousseau D
- Rousso D
- Roy A
- Roy-Garand S
- Rozanov A
- Rozario ZMA
- Rozas AJ
- Rozen Y
- Ruby AJ
- Ruggeri TA
- Ruggiero A
- Ruiz-Martinez A
- Rummler A
- Rurikova Z
- Rusakovich NA
- Russell HL
- Russo G
- Rutherfoord JP
- Rybar M
- Rye EB
- Ryzhov A
- Røhne O
- Saa JAZ
- Sadrozinski HF-W
- Saha S
- Sahinsoy M
- Saibel A
- Saimpert M
- Saito M
- Saito T
- Sala A
- Salamani D
- Salas AS
- Salnikov A
- Salt J
- Salvatore D
- Salvatore F
- Salzburger A
- Samani BS
- Sammel D
- Sampson E
- Sampsonidis D
- Sampsonidou D
- Sanchez CAS
- Sanchez FJM
- Sanchez LP
- Sandaker H
- Sander CO
- Sandesara JA
- Sandhoff M
- Sandoval C
- Sandoval OJS
- Sanfilippo L
- Sankey DPC
- Sano T
- Sansoni A
- Santi L
- Santoni C
- Santos H
- Santra A
- Santurio EV
- Sanzani E
- Saoucha KA
- Saraiva JG
- Sardain J
- Sasaki O
- Sato K
- Sauer C
- Sauvan E
- Savard P
- Sawada R
- Sawyer C
- Sawyer L
- Sbarra C
- Sbrizzi A
- Scanlon T
- Schaarschmidt J
- Schaffer AC
- Schaile D
- Schamberger RD
- Scharf C
- Schefer MM
- Schegelsky VA
- Scheirich D
- Schernau M
- Scheulen C
- Schiavi C
- Schioppa M
- Schlag B
- Schleicher KE
- Schlenker S
- Schmeing J
- Schmidt MA
- Schmieden K
- Schmitt C
- Schmitt N
- Schmitt S
- Schoeffel L
- Schoening A
- Scholer PG
- Schopf E
- Schott M
- Schovancova J
- Schramm S
- Schroeder TV
- Schroer T
- Schultz-Coulon H-C
- Schumacher M
- Schumm BA
- Schune P
- Schuy AJ
- Schwartz HR
- Schwartzman A
- Schwarz TA
- Schwemling P
- Schwienhorst R
- Schäfer U
- Sciacca FG
- Sciandra A
- Sciolla G
- Scuri F
- Seabra LFO
- Sebastian VS
- Sebastiani CD
- Sedlaczek K
- Seidel SC
- Seiden A
- Seidlitz BD
- Seitz C
- Seixas JM
- Sekhniaidze G
- Selem L
- Semprini-Cesari N
- Sengupta D
- Senthilkumar V
- Serin L
- Sessa M
- Severini H
- Sforza F
- Sfyrla A
- Sha Q
- Shabalina E
- Shah AH
- Shaheen R
- Shahinian JD
- Shan LY
- Shapiro M
- Sharma A
- Sharma AS
- Sharma P
- Shatalov PB
- Shaw K
- Shaw SM
- Shen Q
- Sheppard DJ
- Sherwood P
- Shi L
- Shi X
- Shimizu S
- Shimmin CO
- Shinner JD
- Shipsey IPJ
- Shirabe S
- Shiyakova M
- Shochet MJ
- Shope DR
- Shrestha B
- Shrestha S
- Shroff MJ
- Sicho P
- Sickles AM
- Sidley AC
- Sidoti A
- Siegert F
- Sijacki D
- Sili F
- Silva JM
- Silverstein SB
- Simion S
- Simoniello R
- Simpson EL
- Simpson H
- Simpson LR
- Simpson ND
- Simsek S
- Sindhu S
- Sinervo P
- Singh S
- Sinha S
- Sinha S
- Sioli M
- Siral I
- Sitnikova E
- Sjölin J
- Skaf A
- Skorda E
- Skubic P
- Slawinska M
- Smakhtin V
- Smart BH
- Smirnov SY
- Smirnov Y
- Smirnova LN
- Smirnova O
- Smith AC
- Smith DR
- Smith EA
- Smith HA
- Smith JL
- Smith R
- Smizanska M
- Smolek K
- Snesarev AA
- Snider SR
- Snoek HL
- Snyder S
- Soberi MFM
- Sobie R
- Soffer A
- Sola JDB
- Soldatov EY
- Soldevila U
- Solis AL
- Solodkov AA
- Solomon S
- Soloshenko A
- Solovieva K
- Solovyanov OV
- Sommer P
- Sonay A
- Song WY
- Sopczak A
- Sopio AL
- Sopkova F
- Sorenson JD
- Sothilingam V
- Sottocornola S
- Soualah R
- Soumaimi Z
- South D
- Soybelman N
- Spagnolo S
- Spalla M
- Sperlich D
- Spigo G
- Spisso B
- Spiteri DP
- Spousta M
- Staats EJ
- Stamen R
- Stampekis A
- Standke M
- Stanecka E
- Stanek-Maslouska W
- Stange MV
- Stanislaus B
- Stanitzki MM
- Stapf B
- Starchenko EA
- Stark GH
- Stark J
- Staroba P
- Starovoitov P
- Staszewski R
- Stavropoulos G
- Steinberg P
- Stelzer B
- Stelzer HJ
- Stelzer-Chilton O
- Stenzel H
- Stevenson TJ
- Stewart GA
- Stewart JR
- Stockton MC
- Stoicea G
- Stolarski M
- Stonjek S
- Straessner A
- Strandberg J
- Strandberg S
- Stratmann M
- Strauss M
- Strebler T
- Strizenec P
- Strom DM
- Stroynowski R
- Strubig A
- Ströhmer R
- Stucci SA
- Stugu B
- Stupak J
- Styles NA
- Stärz S
- Su D
- Su S
- Su W
- Su X
- Suarez PM
- Suarez RG
- Suchy D
- Sugizaki K
- Sulin VV
- Sullivan MJ
- Sultan DMS
- Sultanaliyeva L
- Sultansoy S
- Sumida T
- Sun S
- Sur N
- Sutton MR
- Suzuki H
- Svatos M
- Swiatlowski M
- Swirski T
- Sykora I
- Sykora M
- Sykora T
- Sánchez J
- Ta D
- Tackmann K
- Taffard A
- Tafirout R
- Takubo Y
- Talby M
- Talyshev AA
- Tam KC
- Tamir NM
- Tamlihat MA
- Tanaka A
- Tanaka J
- Tanaka R
- Tanasini M
- Tao Z
- Tapprogge S
- Tarda AM
- Tarem S
- Tariq K
- Tarna G
- Tartarelli GF
- Tartarin MJ
- Tas P
- Tasevsky M
- Tassi E
- Tate AC
- Tateno G
- Tayalati Y
- Taylor GN
- Taylor W
- Tehrani FS
- Teixeira MGB
- Teixeira-Dias P
- Teoh JJ
- Terashi K
- Terron J
- Terzo S
- Testa M
- Teuscher RJ
- Thaler A
- Theiner O
- Themistokleous N
- Theveneaux-Pelzer T
- Thielmann O
- Thomas DW
- Thomas JP
- Thompson EA
- Thompson PD
- Thomson E
- Thornberry RE
- Tian C
- Tian Y
- Tikhomirov V
- Tikhonov YA
- Timoshenko S
- Timoshyn D
- Ting EXL
- Tipton P
- Tishelman-Charny A
- Tlou SH
- Todome K
- Todorova-Nova S
- Todt S
- Toffolin L
- Togawa M
- Tojo J
- Tokushuku K
- Tokár S
- Toldaiev O
- Tomoto M
- Tompkins L
- Topolnicki KW
- Toro RC
- Torrence E
- Torres H
- Toscani M
- Tosciri C
- Tost M
- Tovey DR
- Trandafir IS
- Trefzger T
- Tricoli A
- Trigger IM
- Trincaz-Duvoid S
- Trischuk DA
- Trocmé B
- Tropina A
- Truong L
- Trzebinski M
- Trzupek A
- Tsai F
- Tsai M
- Tsiamis A
- Tsiareshka PV
- Tsigaridas S
- Tsirigotis A
- Tsiskaridze V
- Tskhadadze EG
- Tsopoulou M
- Tsujikawa Y
- Tsukerman II
- Tsulaia V
- Tsuno S
- Tsuri K
- Tsybychev D
- Tu Y
- Tudorache A
- Tudorache V
- Tuna AN
- Turchikhin S
- Turra R
- Turtuvshin T
- Tuts PM
- Tzamarias S
- Tzovara E
- Ukegawa F
- Umaka EN
- Unal G
- Undrus A
- Unel G
- Urban J
- Urbán SC
- Urrejola P
- Usai G
- Ushioda R
- Usman M
- Uysal Z
- Vacek V
- Vachon B
- Vafeiadis T
- Vaitkus A
- Val SJA
- Valderanis C
- Valente M
- Valentinetti S
- Valero A
- Vallier A
- Van Arneman DR
- Van Daalen TR
- Van Der Graaf A
- Van Gemmeren P
- Van Rijnbach M
- Van Stroud S
- Van Vulpen I
- Vana P
- Vanadia M
- Vandelli W
- Vandewall ER
- Vannicola D
- Vannoli L
- Vargas JST
- Vari R
- Varnes EW
- Varni C
- Varol T
- Varouchas D
- Varriale L
- Varvell KE
- Vasile ME
- Vaslin L
- Vasquez GA
- Vasyukov A
- Vaughan LM
- Vavricka R
- Vazquez CJB
- Vazquez JGP
- Veatch J
- Vecchio V
- Veen MJ
- Veliscek I
- Veloce LM
- Veloso F
- Veneziano S
- Ventura A
- Vera AMR
- Verbytskyi A
- Verducci M
- Vergara JCR
- Vergis C
- Verkerke W
- Vermeulen JC
- Vernieri C
- Vessella M
- Vetterli MC
- Vgenopoulos A
- Vickey T
- Viehhauser GHA
- Vigani L
- Vigl M
- Villa M
- Villhauer EM
- Vilucchi E
- Vincter MG
- Visibile A
- Vittori C
- Vivarelli I
- Voevodina E
- Vogel F
- Voigt JC
- Vokac P
- Volkotrub Y
- Von Ahnen J
- Von Toerne E
- Vormwald B
- Vorobel V
- Vorobev K
- Vos M
- Voss K
- Vozak M
- Vozdecky L
- Vranjes N
- Vreeswijk M
- Vu NK
- Vuillermet R
- Vujinovic O
- Vukotic I
- Wada S
- Wagner C
- Wagner JM
- Wagner W
- Wahdan S
- Wahlberg H
- Walder J
- Walker R
- Walkowiak W
- Wall A
- Wallin EJ
- Walls FMG
- Wamorkar T
- Wang AZ
- Wang C
- Wang C
- Wang H
- Wang J
- Wang P
- Wang R
- Wang R
- Wang S
- Wang S
- Wang SM
- Wang T
- Wang W
- Wang WT
- Wang X
- Wang X
- Wang X
- Wang Y
- Wang Y
- Wang Y
- Wang Z
- Wang Z
- Wang Z
- Warburton A
- Ward RJ
- Warrack N
- Waterhouse S
- Watson AT
- Watson H
- Watson MF
- Watton E
- Watts G
- Waugh BM
- Webb JM
- Weber C
- Weber HA
- Weber MS
- Weber SM
- Wei C
- Wei Y
- Weidberg AR
- Weik EJ
- Weingarten J
- Weiser C
- Wells CJ
- Wenaus T
- Wendland B
- Wengler T
- Wenke NS
- Wermes N
- Wessels M
- Wharton AM
- White A
- White AS
- White MJ
- Whiteson D
- Wickremasinghe L
- Wiedenmann W
- Wielers M
- Wiglesworth C
- Wilbern DJ
- Wilkens HG
- Wilkinson JJH
- Williams DM
- Williams HH
- Williams S
- Willocq S
- Wilson BJ
- Windischhofer PJ
- Winkel FI
- Winklmeier F
- Winter BT
- Winter JK
- Wittgen M
- Wobisch M
- Wojtkowski T
- Wolffs Z
- Wollrath J
- Wolter MW
- Wolters H
- Wong MC
- Woodward EL
- Worm SD
- Wosiek BK
- Wozniewski S
- Woźniak KW
- Wraight K
- Wu C
- Wu M
- Wu M
- Wu SL
- Wu X
- Wu Y
- Wu Z
- Wuerzinger J
- Wyatt TR
- Wynne BM
- Xella S
- Xia L
- Xia M
- Xie M
- Xin S
- Xiong A
- Xiong J
- Xu D
- Xu H
- Xu L
- Xu R
- Xu T
- Xu Y
- Xu Z
- Xu Z
- Yabsley B
- Yacoob S
- Yamaguchi Y
- Yamashita E
- Yamauchi H
- Yamazaki T
- Yamazaki Y
- Yan J
- Yan S
- Yan Z
- Yang HJ
- Yang HT
- Yang S
- Yang T
- Yang X
- Yang X
- Yang Y
- Yang Y
- Yang Z
- Yao W-M
- Ye H
- Ye H
- Ye J
- Ye S
- Ye X
- Yeh Y
- Yeletskikh I
- Yeo B
- Yexley MR
- Yildirim TP
- Yildiz HD
- Yin P
- Yorita K
- Younas S
- Young C
- Young CJS
- Yu C
- Yu Y
- Yuan J
- Yuan M
- Yuan R
- Yue L
- Zaazoua M
- Zabinski B
- Zagazeta LFG
- Zaid E
- Zak ZK
- Zakareishvili T
- Zambito S
- Zang J
- Zanzi D
- Zaplatilek O
- Zeitnitz C
- Zeng H
- Zeng JC
- Zenger DT
- Zenin O
- Zenz S
- Zerradi S
- Zerwas D
- Zhai M
- Zhang DF
- Zhang J
- Zhang J
- Zhang K
- Zhang L
- Zhang L
- Zhang P
- Zhang R
- Zhang S
- Zhang S
- Zhang T
- Zhang X
- Zhang X
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang Z
- Zhang Z
- Zhang Z
- Zhao H
- Zhao T
- Zhao Y
- Zhao Z
- Zhao Z
- Zhemchugov A
- Zheng J
- Zheng K
- Zheng X
- Zheng Z
- Zhong D
- Zhou B
- Zhou H
- Zhou N
- Zhou Y
- Zhou Y
- Zhou Y
- Zhu CG
- Zhu J
- Zhu X
- Zhu Y
- Zhu Y
- Zhuang X
- Zhukov K
- Zimine NI
- Zinsser J
- Ziolkowski M
- Zoccoli A
- Zoch K
- Zorbas TG
- Zormpa O
- Zou W
- Zwalinski L
- Åkesson TPA
- Öncel ÖO
- Ženiš T
- Živković L
- Publication venue
- IOP Publishing
- Publication date
- 01/08/2024
- Field of study
Abstract
The identification of top quark decays where the top quark has a large momentum transverse to the beam axis, known as top tagging, is a crucial component in many measurements of Standard Model processes and searches for beyond the Standard Model physics at the Large Hadron Collider.
Machine learning techniques have improved the performance of top tagging algorithms, but the size of the systematic uncertainties for all proposed algorithms has not been systematically studied.
This paper presents the performance of several machine learning based top tagging algorithms on a dataset constructed from simulated proton-proton collision events measured with the ATLAS detector at √
s
= 13 TeV.
The systematic uncertainties associated with these algorithms are estimated through an approximate procedure that is not meant to be used in a physics analysis, but is appropriate for the level of precision required for this study.
The most performant algorithms are found to have the largest uncertainties, motivating the development of methods to reduce these uncertainties without compromising performance.
To enable such efforts in the wider scientific community, the datasets used in this paper are made publicly available.</jats:p
Should abbreviated breast MRI be compliant with American College of Radiology requirements for MRI accreditation?
- Author
- Ballesio
- Banu K. Arun
- Basak E. Dogan
- Berg
- Berg
- Berg
- Berg
- Bernardi
- Bickelhaupt
- Chen
- Choi
- Covington
- Deike-Hofmann
- Dogan
- Grimm
- Grimm
- Harms
- Harris
- Harvey
- Heacock
- Heacock
- Jingfei Ma
- Jong Bum Son
- Kinkel
- Kuhl
- Kuhl
- Kuhl
- Kuhl
- Kuhl
- Lehman
- Ma
- Machida
- Mango
- Marion E. Scoggins
- Mark J. Dryden
- Monticciolo
- Morris
- Moschetta
- Moschetta
- Mus
- Panigrahi
- Petrillo
- Radiology ACo
- Radiology ACo
- Romeo
- Rosalind P. Candelaria
- Saslow
- Son
- Son
- Warner
- Wei Wei
- Wernli
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
Recommended from our members
Structural analysis of the role of TPX2 in branching microtubule nucleation
- Author
- Akanksha Thawani
- Albee
- Applegate
- Balchand
- Brunet
- Choi
- Crooks
- Drozdetskiy
- Eckerdt
- Eyers
- Fong
- Goshima
- Gruss
- Helmke
- Kollman
- Kufer
- Kwon
- Lawo
- Lin
- Liu
- Louis-Jeune
- Ma
- Moritz
- Murphy
- Murray
- Oegema
- Palacios
- Petry
- Petry
- Raymundo Alfaro-Aco
- Reid
- Roostalu
- Sabine Petry
- Samejima
- Sanchez-Pulido
- Schatz
- Schneider
- Scrofani
- Sievers
- Tan
- Trieselmann
- Tsai
- Uehara
- Vale
- Weis
- Widlund
- Wieczorek
- Wittmann
- Young
- Zheng
- Publication venue
- 'Rockefeller University Press'
- Publication date
- 06/03/2017
- Field of study
The mitotic spindle consists of microtubules (MTs), which are nucleated by the γ-tubulin ring complex (γ-TuRC). How the γ-TuRC gets activated at the right time and location remains elusive. Recently, it was uncovered that MTs nucleate from preexisting MTs within the mitotic spindle, which requires the protein TPX2, but the mechanism basis for TPX2 action is unknown. Here, we investigate the role of TPX2 in branching MT nucleation. We establish the domain organization of Xenopus laevis TPX2 and define the minimal TPX2 version that stimulates branching MT nucleation, which we find is unrelated to TPX2’s ability to nucleate MTs in vitro. Several domains of TPX2 contribute to its MT-binding and bundling activities. However, the property necessary for TPX2 to induce branching MT nucleation is contained within newly identified γ-TuRC nucleation activator motifs. Separation-of-function mutations leave the binding of TPX2 to γ-TuRC intact, whereas branching MT nucleation is abolished, suggesting that TPX2 may activate γ-TuRC to promote branching MT nucleation
Malignancy Risk Stratification in Thyroid Nodules with Benign Results on Cytology: Combination of Thyroid Imaging Reporting and Data System and Bethesda System
- Author
- A Orlandi
- CC Wang
- D Danese
- DA Berry
- DS Cooper
- E Horvath
- E Menendez Torre
- ES Cibas
- Eun-Kyung Kim
- GR Kim
- H Gharib
- H Gharib
- Hee Jung Moon
- HJ Moon
- HJ Moon
- IB Rosen
- JA Blansfield
- JH Shin
- JH Yoon
- JH Yoon
- Jin Young Kwak
- JY Kwak
- JY Kwak
- JY Kwak
- JY Kwak
- JY Park
- L Davies
- NM Hambly
- Radiology ACo
- SH Choi
- SW Lee
- T Yokozawa
- VS Chernyavsky
- YJ Choi
- Z Baloch
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Grain Boundary Conformed Volumetric Mesh Generation from a Three-Dimensional Voxellated Polycrystalline Microstructure
- Author
- A Alankar
- A Hannukainen
- A Kuprat
- A Musienko
- A Ullah
- A Ullah
- ACO Miranda
- AF Bower
- ASM International Handbook Committee
- B Sun
- B Sun
- C Herring
- C Hull
- C Konke
- C Wert
- D Peirce
- D Rowenhorst
- DP Luebke
- F Barbe
- F Wakai
- Ga-Eun Son
- H Ledbetter
- Heung Nam Han
- HJ Chang
- JC Tucker
- Ju-Young Kim
- K Brakke
- M Bern
- M Groeber
- M Nygards
- M Tanemura
- Myeong-Jin Lee
- R Abgrall
- R Quey
- RH Moore
- S Donegan
- S Ghosh
- S Kumar
- S Manchiraju
- Sang-Hyun Jung
- SB Lee
- SE Dillard
- Sihwa Sung
- Soo Gyeong Cho
- Sukbin Lee
- T-C Chen
- TA Burkhart
- Wanai Li
- Y Bhandari
- Y Choi
- Y Choi
- Young-Ju Jeon
- Z Wu
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/07/2018
- Field of study
We present a new comprehensive scheme for generating grain boundary conformed, volumetric mesh elements from a three-dimensional voxellated polycrystalline microstructure. From the voxellated image of a polycrystalline microstructure obtained from the Monte Carlo Potts model in the context of isotropic normal grain growth simulation, its grain boundary network is approximated as a curvature-maintained conformal triangular surface mesh using a set of in-house codes. In order to improve the surface mesh quality and to adjust mesh resolution, various re-meshing techniques in a commercial software are applied to the approximated grain boundary mesh. It is found that the aspect ratio, the minimum angle and the Jacobian value of the re-meshed surface triangular mesh are successfully improved. Using such an enhanced surface mesh, conformal volumetric tetrahedral elements of the polycrystalline microstructure are created using a commercial software, again. The resultant mesh seamlessly retains the short- and long-range curvature of grain boundaries and junctions as well as the realistic morphology of the grains inside the polycrystal. It is noted that the proposed scheme is the first to successfully generate three-dimensional mesh elements for polycrystals with high enough quality to be used for the microstructure-based finite element analysis, while the realistic characteristics of grain boundaries and grains are maintained from the corresponding voxellated microstructure image
Hepatocellular carcinoma: Diagnostic criteria by imaging techniques
- Author
- Ahn
- Akai
- Alicioglu
- Arita
- Bashir
- Boozari
- Bota
- Bruix
- Bruix
- Carlos
- Catalano
- Chen
- Choi
- Claudon
- Davenport
- Earls
- Ebara
- Forner
- Golfieri
- Grazioli
- Greten
- Hennedige
- Ho
- Hyodo
- Ippolito
- Ippolito
- Ishigami
- Kadoya
- Kanematsu
- Khan
- Kim
- Kim
- Kim
- Kita
- Kitao
- Kitao
- Kudo
- Kudo
- Lee
- Lee
- Leoni
- Lim
- Lim
- Liu
- Luca
- Lv
- Marchiano
- Marin
- Marrero
- Maxime Ronot
- Miyata
- Monzawa
- Morii
- Motosugi
- Nakamura
- Nakanishi
- Nishie
- Omata
- Park
- Piana
- Pupulim
- Radiology ACo
- Rimola
- Rode
- Rosenkrantz
- Roskams
- Sahani
- Sano
- Serste
- Siripongsakun
- Takahashi
- Takayasu
- Taouli
- Valérie Vilgrain
- Vandecaveye
- Vilana
- Wu
- Young
- Yu
- Yu
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
清涼飮料税論
- Author
- Adam J
- Adamova D
- Aggarwal MM
- Agnello M
- Agrawal N
- Ahammed Z
- Ahn SU
- Aimo I
- Aiola S
- Ajaz M
- Akindinov A
- Alam SN
- Albino RC
- Aleksandrov D
- Alessandro B
- Alexandre D
- Alici A
- Alkin A
- Almaraz JRM
- Alme J
- Alt T
- Altinpinar S
- Altsybeev I
- Andrei C
- Andronic A
- Anguelov V
- Anielski J
- Anticic T
- Antinori F
- Antonioli P
- Aphecetche L
- Appelshauser H
- Arcelli S
- Armesto N
- Arnaldi R
- Arsene IC
- Arslandok M
- Assel PG
- Audurier B
- Augustinus A
- Averbeck R
- Azmi MD
- Bach M
- Badala A
- Baek YW
- Bagnasco S
- Bailhache R
- Baillie OV
- Bala R
- Balbastre GC
- Baldisseri A
- Baral RC
- Barbano AM
- Barbera R
- Barile F
- Barnafoldi GG
- Barnby LS
- Barret V
- Barroso VC
- Bartalini P
- Barth K
- Bartke J
- Bartsch E
- Basile M
- Bastid N
- Basu S
- Bathen B
- Batigne G
- Batyunya B
- Batzing PC
- Bearden IG
- Beck H
- Bedda C
- Behera NK
- Belikov I
- Bellini F
- Bellwied R
- Belmont R
- Belmont-Moreno E
- Belyaev V
- Bencedi G
- Beole S
- Berceanu I
- Bercuci A
- Berdnikov Y
- Berenyi D
- Bertens RA
- Berzano D
- Betev L
- Bhasin A
- Bhat IR
- Bhati AK
- Bhattacharjee B
- Bhom J
- Bianchi L
- Bianchi N
- Bianchin C
- Bielcik J
- Bielcikova J
- Bilandzic A
- Biswas R
- Biswas S
- Bjelogrlic S
- Blair JT
- Blanco F
- Blanco JM
- Blau D
- Blume C
- Bock F
- Bogdanov A
- Boggild H
- Boldizsar L
- Bombara M
- Book J
- Borel H
- Borissov A
- Borri M
- Bossu F
- Botta E
- Bottger S
- Braun-Munzinger P
- Bregant M
- Breitner T
- Broker TA
- Browning TA
- Broz M
- Brucken EJ
- Bruna E
- Bruno GE
- Budnikov D
- Buesching H
- Bufalino S
- Buncic P
- Busch O
- Bustamante RTJ
- Buthelezi Z
- Butt JB
- Buxton JT
- Caffarri D
- Cahuantzi MR
- Cai X
- Caines H
- Caliva A
- Camejo AB
- Camerini P
- Carena F
- Carena W
- Carnesecchi F
- Castellanos JC
- Castro AJ
- Castro XS
- Casula EAR
- Cavicchioli C
- Cepila J
- Cerello P
- Cerkala J
- Cervantes IM
- Chang B
- Chapeland S
- Chartier M
- Charvet JL
- Chattopadhyay S
- Chattopadhyay S
- Chelnokov V
- Cherney M
- Cheshkov C
- Cheynis B
- Chinellato DD
- Chochula P
- Choi K
- Chojnacki M
- Choudhury S
- Christakoglou P
- Christensen CH
- Christiansen P
- Chujo T
- Chung SU
- Chunhui Z
- Cicalo C
- Cifarelli L
- Cindolo F
- Cleymans J
- Colamaria F
- Colella D
- Collaboration ALICE
- Collu A
- Colocci M
- Connors ME
- Contreras JG
- Coral DMG
- Corchero MAD
- Cormier TM
- Corral GH
- Cortese P
- Cosentino MR
- Costa F
- Crochet P
- Cuautle E
- Cunqueiro L
- D'Erasmo G
- Da Costa HP
- Da Silva ACO
- Dahms T
- Dainese A
- Danu A
- Das D
- Das I
- Das S
- Dash A
- Dash S
- De Caro A
- De Cataldo G
- de Cuveland J
- De Falco A
- De Godoy DAM
- De Gruttola D
- De Marco N
- De Nes E
- De Oliveira Filho EP
- De Pasquale S
- de Toledo AS
- De S
- Deisting A
- Del Valle ZC
- Deloff A
- Di Bari D
- Di Mauro A
- Di Nezza P
- Diaz LC
- Dietel T
- Dillenseger P
- Divia R
- Djuvsland O
- Dobrin A
- Dobrowolski T
- Donigus B
- Dordic O
- Drozhzhova T
- Dubey AK
- Dubla A
- Ducroux L
- Dupieux P
- Ehlers RJ
- Elia D
- Engel H
- Erazmus B
- Erdemir I
- Erhardt F
- Eschweiler D
- Espagnon B
- Estienne M
- Esumi S
- Eum J
- Evans D
- Evdokimov S
- Eyyubova G
- Fabbietti L
- Fabris D
- Faivre J
- Fantoni A
- Fasel M
- Feldkamp L
- Felea D
- Feliciello A
- Feofilov G
- Ferencei J
- Fernandes CL
- Ferreiro EG
- Ferretti A
- Festanti A
- Feuillard VJG
- Figiel J
- Figueredo MAS
- Filchagin S
- Finogeev D
- Fiore EM
- Fleck MG
- Floris M
- Foertsch S
- Foka P
- Fokin S
- Fragiacomo E
- Francescon A
- Frankenfeld U
- Fuchs U
- Furget C
- Furs A
- Gaardhoje JJ
- Gagliardi M
- Gago AM
- Gallio M
- Gangadharan DR
- Ganoti P
- Gao C
- Garabatos C
- Garcia GM
- Garcia-Solis E
- Gargiulo C
- Gasik P
- Germain M
- Gheata A
- Gheata M
- Ghosh P
- Ghosh SK
- Gianotti P
- Gimenez DD
- Girard MF
- Giubellino P
- Giubilato P
- Gladysz-Dziadus E
- Gonzalez-Zamora P
- Gorbunov S
- Gorlich L
- Gotovac S
- Grabski V
- Graczykowski LK
- Graham KL
- Grelli A
- Grigoras A
- Grigoras C
- Grigoriev V
- Grigoryan A
- Grigoryan S
- Grinyov B
- Grion N
- Grosse-Oetringhaus JF
- Grossiord J-Y
- Grosso R
- Guber F
- Guernane R
- Guerzoni B
- Gulbrandsen K
- Gulkanyan H
- Gunji T
- Gupta A
- Gupta R
- Haake R
- Haaland O
- Hadjidakis C
- Haiduc M
- Hamagaki H
- Hamar G
- Hansen A
- Harris JW
- Hartmann H
- Harton A
- Hatzifotiadou D
- Hayashi S
- Heckel ST
- Heide M
- Helstrup H
- Herghelegiu A
- Hess BA
- Hetland KF
- Hilden TE
- Hillemanns H
- Hippolyte B
- Hosokawa R
- Hristov P
- Huang M
- Humanic TJ
- Hussain N
- Hussain T
- Hutter D
- Hwang DS
- Ilkaev R
- Ilkiv I
- Inaba M
- Ippolitov M
- Irfan M
- Ivanov M
- Ivanov V
- Izucheev V
- Jacobs PM
- Jadlovska S
- Jahnke C
- Jang HJ
- Janik MA
- Jayarathna PHSY
- Jena C
- Jena S
- Jones PG
- Jung H
- Jusko A
- Kalinak P
- Kalweit A
- Kamin J
- Kang JH
- Kaplin V
- Kar S
- Karavichev O
- Karavicheva T
- Karayan L
- Karpechev E
- Kebschull U
- Keidel R
- Keijdener DLD
- Keil M
- Khan KH
- Khan MM
- Khan P
- Khan SA
- Khanzadeev A
- Kharlov Y
- Kileng B
- Kim B
- Kim DJ
- Kim DW
- Kim H
- Kim JS
- Kim M
- Kim M
- Kim S
- Kim T
- Kirsch S
- Kisel I
- Kiselev S
- Kisiel A
- Kiss G
- Klay JL
- Klein C
- Klein J
- Klein-Bosing C
- Kluge A
- Knichel ML
- Knospe AG
- Kobayashi T
- Kobdaj C
- Kofarago M
- Kollegger T
- Kolojvari A
- Kondratiev V
- Kondratyeva N
- Kondratyuk E
- Konevskikh A
- Kopcik M
- Kour M
- Kouzinopoulos C
- Kovalenko O
- Kovalenko V
- Kowalski M
- Kral J
- Kralik I
- Kravcakova A
- Krelina M
- Kretz M
- Krivda M
- Krizek F
- Kryshen E
- Krzewicki M
- Kubera AM
- Kucera V
- Kugathasan T
- Kuhn C
- Kuijer PG
- Kumar A
- Kumar J
- Kumar L
- Kurashvili P
- Kurepin A
- Kurepin AB
- Kuryakin A
- Kushpil S
- Kweon MJ
- Kwon Y
- La Pointe SL
- La Rocca P
- Lakomov I
- Langoy R
- Lara C
- Lara CEP
- Lardeux A
- Lattuca A
- Laudi E
- Lea R
- Leardini L
- Lee GR
- Lee S
- Legrand I
- Lehas F
- Lemmon RC
- Lenti V
- Leogrande E
- Leoncino M
- Levai P
- Lezama EP
- Li S
- Li X
- Lien J
- Lietava R
- Limon SV
- Lindal S
- Lindenstruth V
- Lippmann C
- Lisa MA
- Ljunggren HM
- Lodato DF
- Loenne PI
- Loginov V
- Loizides C
- Lopez X
- Lowe A
- Luettig P
- Lunardon M
- Luparello G
- Luz PHFND
- Maevskaya A
- Mager M
- Mahajan S
- Mahmood SM
- Maire A
- Majka RD
- Mal'Kevich D
- Malaev M
- Maldonado IC
- Malinina L
- Malzacher P
- Mamonov A
- Manko V
- Manso AR
- Manso F
- Manzari V
- Marchisone M
- Mares J
- Margagliotti GV
- Margotti A
- Margutti J
- Marin A
- Markert C
- Marquard M
- Martin NA
- Martinengo P
- Martinez HB
- Martinez MI
- Martynov Y
- Mas A
- Masciocchi S
- Masera M
- Masoni A
- Massacrier L
- Mastroserio A
- Masui H
- Matyja A
- Mayer C
- Mazer J
- Mazzoni MA
- Mcdonald D
- Meddi F
- Meethaleveedu GK
- Melikyan Y
- Menchaca-Rocha A
- Meninno E
- Meres M
- Miake Y
- Mieskolainen MM
- Mikhaylov K
- Milano L
- Milosevic J
- Minervini LM
- Mischke A
- Mishra AN
- Miskowiec D
- Mitra J
- Mitu CM
- Mohammadi N
- Mohanty B
- Molina RA
- Molnar L
- Montero AJR
- Montes E
- Monzon IL
- Morales YC
- Morando M
- Moretto S
- Morreale A
- Morsch A
- Muccifora V
- Mudnic E
- Muhlheim D
- Muhuri S
- Mukherjee M
- Mulligan JD
- Munhoz MG
- Munoz GT
- Murray S
- Musa L
- Musinsky J
- Nandi BK
- Nania R
- Nappi E
- Naru MU
- Nattrass C
- Nayak K
- Nayak TK
- Nazarenko S
- Nedosekin A
- Nellen L
- Ng F
- Nicassio M
- Niculescu M
- Niedziela J
- Nielsen BS
- Nikolaev S
- Nikulin S
- Nikulin V
- Noferini F
- Nomokonov P
- Nooren G
- Noris JCC
- Norman J
- Nyanin A
- Nystrand J
- Oeschler H
- Oh S
- Oh SK
- Ohlson A
- Okatan A
- Okubo T
- Olah L
- Oleniacz J
- Oliver MH
- Onderwaater J
- Oppedisano C
- Orava R
- Oskarsson A
- Otwinowski J
- Oyama K
- Ozdemir M
- Pachmayer Y
- Pagano P
- Paic G
- Pajares C
- Pal SK
- Palomo LV
- Pan J
- Pandey AK
- Pant D
- Papcun P
- Papikyan V
- Pappalardo GS
- Pareek P
- Park WJ
- Parmar S
- Passfeld A
- Paticchio V
- Patra RN
- Paul B
- Pedreira MM
- Pedrosa FBDS
- Peitzmann T
- Peloni AT
- Peresunko D
- Perez JM
- Peskov V
- Pestov Y
- Petracek V
- Petrov V
- Petrovici M
- Petta C
- Piano S
- Pikna M
- Pillot P
- Pinazza O
- Pinsky L
- Piyarathna DB
- Planinic M
- Ploskon M
- Pluta J
- Pochybova S
- Podesta-Lerma PLM
- Poghosyan MG
- Polichtchouk B
- Poljak N
- Poonsawat W
- Pop A
- Porteboeuf-Houssais S
- Porter J
- Pospisil J
- Prado CAG
- Prasad SK
- Preghenella R
- Prino F
- Pruneau CA
- Pshenichnov I
- Puccio M
- Puddu G
- Pujahari P
- Punin V
- Putschke J
- Qvigstad H
- Rachevski A
- Raha S
- Rajput S
- Rak J
- Rakotozafindrabe A
- Ramello L
- Rami F
- Ramirez AG
- Raniwala R
- Raniwala S
- Rasanen SS
- Rascanu BT
- Rathee D
- Read KF
- Real JS
- Redlich K
- Reed RJ
- Rehman A
- Reichelt P
- Reidt F
- Ren X
- Renfordt R
- Reolon AR
- Reshetin A
- Rettig F
- Revol J-P
- Reygers K
- Riabov V
- Ricci RA
- Richert T
- Richter M
- Riedler P
- Riegler W
- Riggi F
- Rinella GA
- Ristea C
- Rivetti A
- Rocco E
- Roed K
- Rogochaya E
- Rohr D
- Rohrich D
- Romita R
- Ronchetti F
- Ronflette L
- Rosnet P
- Rossi A
- Roukoutakis F
- Roy A
- Roy C
- Roy P
- Rui R
- Russo R
- Ryabinkin E
- Ryabov Y
- Rybicki A
- Sadovsky S
- Safarik K
- Sahlmuller B
- Sahoo P
- Sahoo R
- Sahoo S
- Sahu PK
- Saini J
- Sakai S
- Saleh MA
- Salgado CA
- Salzwedel J
- Sambyal S
- Samsonov V
- Sanchez CC
- Sandor L
- Sandoval A
- Sano M
- Sarkar D
- Scapparone E
- Scarlassara F
- Scharenberg RP
- Schiaua C
- Schicker R
- Schmidt C
- Schmidt HR
- Schuchmann S
- Schukraft J
- Schulc M
- Schuster T
- Schutz Y
- Schwarz K
- Schweda K
- Scioli G
- Scomparin E
- Scott R
- Seger JE
- Sekiguchi Y
- Sekihata D
- Selyuzhenkov I
- Senosi K
- Seo J
- Serradilla E
- Sevcenco A
- Shabanov A
- Shabetai A
- Shadura O
- Shahoyan R
- Shangaraev A
- Sharma A
- Sharma M
- Sharma M
- Sharma N
- Shigaki K
- Shtejer K
- Sibiriak Y
- Siddhanta S
- Sielewicz KM
- Siemiarczuk T
- Silvermyr D
- Silvestre C
- Simatovic G
- Simonetti G
- Singaraju R
- Singh R
- Singha S
- Singhal V
- Sinha BC
- Sinha T
- Sitar B
- Sitta M
- Skaali TB
- Slupecki M
- Smirnov N
- Snellings RJM
- Snellman TW
- Sogaard C
- Soltz R
- Song J
- Song M
- Song Z
- Soramel F
- Sorensen S
- Spacek M
- Spiriti E
- Sputowska I
- Spyropoulou-Stassinaki M
- Srivastava BK
- Stachel J
- Stan I
- Stefanek G
- Steinpreis M
- Stenlund E
- Steyn G
- Stiller JH
- Stocco D
- Strmen P
- Suaide AAP
- Sugitate T
- Suire C
- Suleymanov M
- Sultanov R
- Sumbera M
- Symons TJM
- Szabo A
- Szarka I
- Szczepankiewicz A
- Szymanski M
- Takahashi J
- Takaki JDT
- Tambave GJ
- Tanaka N
- Tangaro MA
- Tarhini M
- Tariq M
- Tarzila MG
- Tauro A
- Telesca A
- Tellez AF
- Terasaki K
- Terrevoli C
- Teyssier B
- Thader J
- Thomas D
- Tieulent R
- Timmins AR
- Toia A
- Torres EL
- Trogolo S
- Trubnikov V
- Trzaska WH
- Tsuji T
- Tumkin A
- Turrisi R
- Tveter TS
- Ullaland K
- Uras A
- Usai GL
- Utrobicic A
- Uysal AK
- Vajzer M
- Vala M
- Vallero S
- Van der Maarel J
- Van Hoorne JW
- van Leeuwen M
- Vanat T
- Vande Vyvre P
- Varga D
- Vargas A
- Vargyas M
- Varma R
- Vasileiou M
- Vasiliev A
- Vauthier A
- Vechernin V
- Veen AM
- Velasquez AO
- Veldhoen M
- Velure A
- Venaruzzo M
- Vercellin E
- Vernet R
- Verweij M
- Vickovic L
- Viesti G
- Viinikainen J
- Vilakazi Z
- Villar EC
- Vinogradov A
- Vinogradov L
- Vinogradov Y
- Virgili T
- Vislavicius V
- Viyogi YP
- Vodopyanov A
- Volkl MA
- Voloshin K
- Voloshin SA
- Volpe G
- von Haller B
- Vorobyev I
- Vranic D
- Vrlakova J
- Vulpescu B
- Vyushin A
- Wagner B
- Wagner J
- Wang H
- Wang M
- Wang Y
- Watanabe D
- Watanabe Y
- Weber M
- Weber SG
- Wessels JP
- Westerhoff U
- Wiechula J
- Wikne J
- Wilde M
- Wilk G
- Wilkinson J
- Williams MCS
- Windelband B
- Winn M
- Yaldo CG
- Yang H
- Yang P
- Yano S
- Yin Z
- Yokoyama H
- Yoo I-K
- Yurchenko V
- Yushmanov I
- Zaborowska A
- Zaccolo V
- Zaman A
- Zampolli C
- Zanoli HJC
- Zaporozhets S
- Zardoshti N
- Zarochentsev A
- Zavada P
- Zaviyalov N
- Zbroszczyk H
- Zetina LM
- Zgura IS
- Zhalov M
- Zhang H
- Zhang X
- Zhang Y
- Zhao C
- Zhigareva N
- Zhou D
- Zhou Y
- Zhou Z
- Zhu H
- Zhu J
- Zhu X
- Zichichi A
- Zimmermann A
- Zimmermann MB
- Zinovjev G
- Zyzak M
- Publication venue
- 京都帝國大學經濟學會
- Publication date
- 01/08/1929
- Field of study
The production of J/\).psi\) and ψ(2S) was measured with the ALICE detector in Pb-Pb collisions at the LHC. The measurement was performed at forward rapidity 2.5 < y < 4 \() down to zero transverse momentum \(p_{\rm T} in the dimuon decay channel. Inclusive J/\).psi\) yields were extracted in different centrality classes and the centrality dependence of the average pT is presented. The J/\).psi\) suppression, quantified with the nuclear modification factor RAA , was studied as a function of centrality, transverse momentum and rapidity. Comparisons with similar measurements at lower collision energy and theoretical models indicate that the J/\).psi\) production is the result of an interplay between color screening and recombination mechanisms in a deconfined partonic medium, or at its hadronization. Results on the ψ(2S) suppression are provided via the ratio of ψ(2S) over J/\).psi\) measured in pp and Pb-Pb collisions
Value of electrocardiography in coronavirus disease 2019 (COVID-19)
- Author
- Adrian Baranchuk
- Azarkish
- Cardiology
- Cardiology ACo
- Casey
- Chang
- Chang
- Chen
- Chinello
- Chinello
- Choi
- Chorin
- Chung
- Cynthia Yeung
- Du
- Enes Elvin Gul
- Feng
- Fried
- Garabelli
- Gary Tse
- Gautret
- Gautret
- George Bazoukis
- Giudicessi
- Guo
- Göksel Çinier
- He
- Hu
- Huang
- Huang
- Inciardi
- Jankelson
- Jesus Alvarez-Garcia
- Kapoor
- Kim
- Kumagai
- Kwong
- Lakkireddy
- Li
- Linschoten
- Madjid
- Mercuro
- Mitra
- Molina
- Perinel
- Ramireddy
- Ray
- Reddy
- Roden
- Rosenberg
- Sacher
- Saenz
- Saleh
- Sapp
- Sebastian Garcia-Zamora
- Sharen Lee
- Shi
- Sohaib Haseeb
- Stadler
- Strik
- Szekely
- Tisdale
- Tobon
- Tong Liu
- Wang
- Wang
- Wang
- Wu
- Yang
- Zeng
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
Recommended from our members
Building the Microtubule Cytoskeleton Piece by Piece
- Author
- Akhmanova
- Al-Bassam
- Allan
- Alushin
- Ayaz
- Bieling
- Brouhard
- Brouhard
- Brown
- Brugués
- Burbank
- Cassimeris
- Caudron
- Choi
- Cooper
- Derr
- Desai
- Desai
- Dixit
- Dogterom
- Domnitz
- Duellberg
- Evans
- Gardner
- Gennerich
- Good
- Goodwin
- Goshima
- Goshima
- Gouveia
- Halpin
- Hara
- Hazel
- Heald
- Helenius
- Helmke
- Hendershott
- Hirokawa
- Honnappa
- Horio
- Howard
- Hughes
- Hutchins
- Ishihara
- Jiang
- Jiang
- Kinoshita
- Kline-Smith
- Kollman
- Kronja
- Kumar
- Lecland
- Levy
- Li
- Liu
- Loughlin
- Loughlin
- Lüders
- Maney
- Markus
- Maurer
- McKenney
- Mennella
- Meunier
- Mimori-Kiyosue
- Mitchison
- Montenegro Gouveia
- Moores
- Neumann
- Niethammer
- Nogales
- Nédélec
- Ohi
- Ohi
- Petry
- Ray Alfaro-Aco
- Reber
- Reck-Peterson
- Roberts
- Rogers
- Rogers
- Rusan
- Sabine Petry
- Schlager
- Slep
- Stout
- Subramanian
- Tanenbaum
- Teixidó-Travesa
- Tirnauer
- Trokter
- van der Vaart
- Verde
- Walker
- Welburn
- Widlund
- Wilbur
- Wollman
- Wordeman
- Yamada
- Young
- Zanic
- Publication venue
- 'American Society for Biochemistry & Molecular Biology (ASBMB)'
- Publication date
- 08/05/2015
- Field of study
The microtubule (MT) cytoskeleton gives cells their shape, organizes the cellular interior, and segregates chromosomes. These functions rely on the precise arrangement of MTs, which is achieved by the coordinated action of MT-associated proteins (MAPs). We highlight the first and most important examples of how different MAP activities are combined in vitro to create an ensemble function that exceeds the simple addition of their individual activities, and how the Xenopus laevis egg extract system has been utilized as a powerful intermediate between cellular and purified systems to uncover the design principles of self-organized MT networks in the cell
Enzymatic Modulators from Induratia spp.
- Author
- A Kuźniar
- ACO Cintra
- Andréa Patrícia da Silva Pomposo Bastos
- AY Mehta
- BS Choi
- C Tanapichatsakul
- E Ancheeva
- EA Dennis
- F Kaaniche
- G Strobel
- GA Strobel
- H Nisa
- JJ Sixma
- JM Gutiérrez
- JM Gutiérrez
- JO Costa
- KD Hyde
- L Ali
- L Yan
- Laura Cristina Jardim Porto
- M Gupta
- M Qadri
- Marcus Vinicius Cardoso Trento
- MC Samarakoon
- MCP Monteiro
- MCP Monteiro
- MGB Cardoso
- ML Macías-Rubalcava
- N Kapoor
- N Suwannarach
- N Suwannarach
- NM Alves
- Patrícia Gomes Cardoso
- PHS Cesar
- RF Franco
- RH Patil
- RM Kini
- S Marcussi
- SE Helaly
- Silvana Marcussi
- SL Saavedra
- TR Marques
- WJ Wang
- YE Dunaevsky
- Ítalo Augusto Férrer Melo Santos
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study