Cargando…
Conceptual design of an experiment at the FCC-hh, a future 100 TeV hadron collider
This report summarises the study of a general purpose detector for the FCC-hh, a 100 TeV hadron collider with peak luminosity of $3 ⋅ 10^{35}$ cm$^{-2}$s${-1}$. A pileup of 1000 pp collisions per bunch-crossing, highly boosted objects as well as radiation levels up to 10$^{18}$ hadrons/cm$^2$ are ju...
| Autores principales: | , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , |
|---|---|
| Lenguaje: | eng |
| Publicado: |
2022
|
| Materias: | |
| Acceso en línea: | https://dx.doi.org/10.23731/CYRM-2022-002 http://cds.cern.ch/record/2842569 |
| _version_ | 1780976247928520704 |
|---|---|
| author | Mangano, Michelangelo L Riegler, Werner Aleksa, M Allport, P P Asai, S Ball, A Besana, M I Bielert, E R Bologna, S Boos, E Borgonovi, L Bosley, R Braibant-Giacomelli, S Brooke, J Cerutti, F Chekanov, S Cuire, B Da Silva, H F Dannheim, D Denisov, D S Di Micco, B Drasal, Z Dudko, L Elsing, M Faltova, J Fawcett, W J Fontanesi, E Fournier, D Gaddi, A Gentil, J Gerwig, J Gianotti, F Gonçalo, R Gouskos, L Gray, H Harris, P C Hegner, B Helsens, C Henriques Correia, A M Hrdinka, J Jamin, D Klyukhin, V Karyukhin, A Kieseler, J Kortner, O Kotwal, A Kroha, H Lingemann, J Mandrik, P Mangano, M Mannelli, P Mentink, M Moortgat, F Neubuser, C Ortona, G Codina, E Perez Pontecorvo, L Price, A Riegler, W Roloff, P G Saito, M Salzburger, A Sawada, R Schliwinski, J S Selvaggi, M Solovyanov, O Stein, R Sznajder, A Ten Kate, H Terashi, K Testa, M Topiline, N Völkl, V Verducci, M Watson, N Widorski, M Winter, A Young, C Zaborowska, A |
| author_facet | Mangano, Michelangelo L Riegler, Werner Aleksa, M Allport, P P Asai, S Ball, A Besana, M I Bielert, E R Bologna, S Boos, E Borgonovi, L Bosley, R Braibant-Giacomelli, S Brooke, J Cerutti, F Chekanov, S Cuire, B Da Silva, H F Dannheim, D Denisov, D S Di Micco, B Drasal, Z Dudko, L Elsing, M Faltova, J Fawcett, W J Fontanesi, E Fournier, D Gaddi, A Gentil, J Gerwig, J Gianotti, F Gonçalo, R Gouskos, L Gray, H Harris, P C Hegner, B Helsens, C Henriques Correia, A M Hrdinka, J Jamin, D Klyukhin, V Karyukhin, A Kieseler, J Kortner, O Kotwal, A Kroha, H Lingemann, J Mandrik, P Mangano, M Mannelli, P Mentink, M Moortgat, F Neubuser, C Ortona, G Codina, E Perez Pontecorvo, L Price, A Riegler, W Roloff, P G Saito, M Salzburger, A Sawada, R Schliwinski, J S Selvaggi, M Solovyanov, O Stein, R Sznajder, A Ten Kate, H Terashi, K Testa, M Topiline, N Völkl, V Verducci, M Watson, N Widorski, M Winter, A Young, C Zaborowska, A |
| author_sort | Mangano, Michelangelo L |
| collection | CERN |
| description | This report summarises the study of a general purpose detector for the FCC-hh, a 100 TeV hadron collider with peak luminosity of $3 ⋅ 10^{35}$ cm$^{-2}$s${-1}$. A pileup of 1000 pp collisions per bunch-crossing, highly boosted objects as well as radiation levels up to 10$^{18}$ hadrons/cm$^2$ are just three of the challenges that such a collider poses. The general specifications for such a detector in terms of resolution, granularity, acceptance and radiation tolerance are discussed. A specific detector layout is proposed and its performance is simulated, discussed and parameterized. This parameterization is then used to evaluate the performance for key benchmark physics topics, such as the precision measurement of the Higgs boson couplings and the discovery reach for several frameworks beyond the Standard Model. |
| id | cern-2842569 |
| institution | Organización Europea para la Investigación Nuclear |
| language | eng |
| publishDate | 2022 |
| record_format | invenio |
| spelling | cern-28425692023-01-17T14:23:50Zdoi:10.23731/CYRM-2022-002http://cds.cern.ch/record/2842569engMangano, Michelangelo LRiegler, WernerAleksa, MAllport, P PAsai, SBall, ABesana, M IBielert, E RBologna, SBoos, EBorgonovi, LBosley, RBraibant-Giacomelli, SBrooke, JCerutti, FChekanov, SCuire, BDa Silva, H FDannheim, DDenisov, D SDi Micco, BDrasal, ZDudko, LElsing, MFaltova, JFawcett, W JFontanesi, EFournier, DGaddi, AGentil, JGerwig, JGianotti, FGonçalo, RGouskos, LGray, HHarris, P CHegner, BHelsens, CHenriques Correia, A MHrdinka, JJamin, DKlyukhin, VKaryukhin, AKieseler, JKortner, OKotwal, AKroha, HLingemann, JMandrik, PMangano, MMannelli, PMentink, MMoortgat, FNeubuser, COrtona, GCodina, E PerezPontecorvo, LPrice, ARiegler, WRoloff, P GSaito, MSalzburger, ASawada, RSchliwinski, J SSelvaggi, MSolovyanov, OStein, RSznajder, ATen Kate, HTerashi, KTesta, MTopiline, NVölkl, VVerducci, MWatson, NWidorski, MWinter, AYoung, CZaborowska, AConceptual design of an experiment at the FCC-hh, a future 100 TeV hadron colliderAccelerators and Storage RingsParticle Physics - ExperimentThis report summarises the study of a general purpose detector for the FCC-hh, a 100 TeV hadron collider with peak luminosity of $3 ⋅ 10^{35}$ cm$^{-2}$s${-1}$. A pileup of 1000 pp collisions per bunch-crossing, highly boosted objects as well as radiation levels up to 10$^{18}$ hadrons/cm$^2$ are just three of the challenges that such a collider poses. The general specifications for such a detector in terms of resolution, granularity, acceptance and radiation tolerance are discussed. A specific detector layout is proposed and its performance is simulated, discussed and parameterized. This parameterization is then used to evaluate the performance for key benchmark physics topics, such as the precision measurement of the Higgs boson couplings and the discovery reach for several frameworks beyond the Standard Model.CERN-2022-002oai:cds.cern.ch:28425692022 |
| spellingShingle | Accelerators and Storage Rings Particle Physics - Experiment Mangano, Michelangelo L Riegler, Werner Aleksa, M Allport, P P Asai, S Ball, A Besana, M I Bielert, E R Bologna, S Boos, E Borgonovi, L Bosley, R Braibant-Giacomelli, S Brooke, J Cerutti, F Chekanov, S Cuire, B Da Silva, H F Dannheim, D Denisov, D S Di Micco, B Drasal, Z Dudko, L Elsing, M Faltova, J Fawcett, W J Fontanesi, E Fournier, D Gaddi, A Gentil, J Gerwig, J Gianotti, F Gonçalo, R Gouskos, L Gray, H Harris, P C Hegner, B Helsens, C Henriques Correia, A M Hrdinka, J Jamin, D Klyukhin, V Karyukhin, A Kieseler, J Kortner, O Kotwal, A Kroha, H Lingemann, J Mandrik, P Mangano, M Mannelli, P Mentink, M Moortgat, F Neubuser, C Ortona, G Codina, E Perez Pontecorvo, L Price, A Riegler, W Roloff, P G Saito, M Salzburger, A Sawada, R Schliwinski, J S Selvaggi, M Solovyanov, O Stein, R Sznajder, A Ten Kate, H Terashi, K Testa, M Topiline, N Völkl, V Verducci, M Watson, N Widorski, M Winter, A Young, C Zaborowska, A Conceptual design of an experiment at the FCC-hh, a future 100 TeV hadron collider |
| title | Conceptual design of an experiment at the FCC-hh, a future 100 TeV hadron collider |
| title_full | Conceptual design of an experiment at the FCC-hh, a future 100 TeV hadron collider |
| title_fullStr | Conceptual design of an experiment at the FCC-hh, a future 100 TeV hadron collider |
| title_full_unstemmed | Conceptual design of an experiment at the FCC-hh, a future 100 TeV hadron collider |
| title_short | Conceptual design of an experiment at the FCC-hh, a future 100 TeV hadron collider |
| title_sort | conceptual design of an experiment at the fcc-hh, a future 100 tev hadron collider |
| topic | Accelerators and Storage Rings Particle Physics - Experiment |
| url | https://dx.doi.org/10.23731/CYRM-2022-002 http://cds.cern.ch/record/2842569 |
| work_keys_str_mv | AT manganomichelangelol conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT rieglerwerner conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT aleksam conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT allportpp conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT asais conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT balla conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT besanami conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT bielerter conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT bolognas conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT boose conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT borgonovil conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT bosleyr conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT braibantgiacomellis conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT brookej conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT ceruttif conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT chekanovs conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT cuireb conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT dasilvahf conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT dannheimd conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT denisovds conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT dimiccob conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT drasalz conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT dudkol conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT elsingm conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT faltovaj conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT fawcettwj conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT fontanesie conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT fournierd conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT gaddia conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT gentilj conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT gerwigj conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT gianottif conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT goncalor conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT gouskosl conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT grayh conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT harrispc conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT hegnerb conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT helsensc conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT henriquescorreiaam conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT hrdinkaj conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT jamind conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT klyukhinv conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT karyukhina conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT kieselerj conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT kortnero conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT kotwala conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT krohah conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT lingemannj conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT mandrikp conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT manganom conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT mannellip conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT mentinkm conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT moortgatf conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT neubuserc conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT ortonag conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT codinaeperez conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT pontecorvol conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT pricea conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT rieglerw conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT roloffpg conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT saitom conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT salzburgera conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT sawadar conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT schliwinskijs conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT selvaggim conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT solovyanovo conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT steinr conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT sznajdera conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT tenkateh conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT terashik conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT testam conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT topilinen conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT volklv conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT verduccim conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT watsonn conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT widorskim conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT wintera conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT youngc conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider AT zaborowskaa conceptualdesignofanexperimentatthefcchhafuture100tevhadroncollider |