Vector boson scattering: Recent experimental and theory developments

C.F. Anders (1); A. Ballestrero (2); J. Balz (3); R. Bellan (4); B.; Biedermann (5); C. Bittrich (6); S. Bra{\ss} (7); I. Brivio (8); L.S. Bruni; (9); J. Butterworth (10); M. Cacciari (11); A. Cardini (12); C. Charlot (13),; V. Ciulli (12); R. Covarelli (4); J. Cuevas (14); A. Denner (5); L. Di; Ciaccio (15); S. Dittmaier (16); S. Duric (17,18); S. Farrington (19); P.; Ferrari (9); P. Ferreira Silva (20); L. Finco (4); D. Giljanovi\'c (21); N.; Glover (22); R. Gomez-Ambrosio (4,22); G. Gomez-Ceballos (23); G. Gonella; (16); P. Govoni (24); C. Goy (15); P. Gras (25); C. Grojean (26); E. Gross; (27); M. Grossi (28); M. Grunewald (29); L. Helary (20); M. Herndon (17); T.; Herrmann (6); A. Hinzmann (30); F. Iltzsche (6); B. J\"ager (31); X. Janssen; (32); H. Jung (26); A. Karlberg (33); O. Kepka (34); B. Kersevan (35); M.; Klute (23); M. Kobel (6); I. Koletsou (15); K. Kordas (36); T. Lampen (37),; J.G.E. Lauwers (32); D. Lelas (21); P. Lenzi (12); Q. Li (38); K. Lipka (26),; K. Lohwasser (39); K. Long (17); N. Lorenzo Martinez (15); E. Maina (4); F.; Maltoni (40); J. Manjarres (6); C. Mariotti (2); O. Mattelaer (22); M.U.; Mozer (41); M. Mulders (20); J. Novak (35); C. Oleari (24); A. Paganoni (42),; M. Pellen (5); G. Pelliccioli (4); C. Petridou (36); P. Pigard (13); M.; Pleier (43); G. Polesello (44); K. Potamianos (26); D. Price (45); I. Puljak; (21); M. Rauch (41); D. Rebuzzi (46); J. Reuter (26); F. Riva (20); V. Rothe; (26); L. Russo (47); R. Salerno (13); D. Sampsonidou (36); L. Sangalli (42),; E. Sauvan (15); M. Schumacher (16); C. Schwan (16); M. Sekulla (41); M.; Selvaggi (20); F. Siegert (6); M. Slawinska (48); H. Snoek (9); P. Sommer; (39); F. Span\`o (49); M. Spannowsky (22); P. Stienemeier (26); J. Strandberg; (50); M. Szleper (51); A. Sznajder (52); S. Tkaczyk (53); S. Todt (6); M.; Trott (8); S. Tzamarias (36); B. Van Eijk (9); A. Vicini (54); M. Voutilainen; (37); E. Vryonidou (20); G. Zanderighi (20); M. Zaro (11,9); D. Zeppenfeld; (41) ((1) Ruprecht-Karls-Universit\"at Heidelberg (DE); (2) INFN Torino (IT),; (3) Johannes-Gutenberg-Universit\"at Mainz (DE); (4) University; INFN; Torino (IT); (5) University of W\"urzburg (DE); (6) Technische Universitaet; Dresden (DE); (7) University of Siegen (DE); (8) Niels Bohr International; Academy; Discovery Center; Niels Bohr Institute; Copenhagen University; (DK); (9) Nikhef National institute for subatomic physics (NL); (10); Department of Physics; Astronomy; University College London (UK); (11); Sorbonne Universit\'es; CNRS; LPTHE; Paris (FR); (12) University; INFN,; Firenze (IT); (13) LLR; \'Ecole polytechnique; CNRS/IN2P3; Universit\'e; Paris-Saclay (FR); (14) University of Oviedo (SP); (15) LAPP; Univ. Grenoble; Alpes; Univ. Savoie Mont Blanc; CNRS/IN2P3; Annecy (FR); (16); Albert-Ludwigs-Universit\"at Freiburg (DE); (17) University of; Wisconsin-Madison (US); (18) Kansas State University (US); (19) Department of; Physics; University of Warwick; Coventry (UK); (20) CERN (CH); (21); University of Split; FESB (HR); (22) Institute for Particle Physics; Phenomenology; Department of Physics; University of Durham (UK); (23); Massachusetts Institute of Technology; Cambridge (US); (24) University and; INFN; Milano-Bicocca (IT); (25) CEA/Saclay - IRFU (FR); (26) Deutsches; Elektronen-Synchrotron; Hamburg (DE); (27) Weizmann Institute of Science; (IL); (28) University of Pavia; IBM Italia (IT); (29) University College; Dublin (IE); (30) University of Hamburg (DE); (31) University of T\"ubingen; (DE); (32) University of Antwerp (BE); (33) Universit\"at Z\"urich (CH); (34); Institute of Physics; Academy of Sciences of the Czech Republic; Praha (CZ),; (35) Department of Experimental Particle Physics; Jo\v{z}ef Stefan Institute; and Department of Physics; University of Ljubljana (SI); (36) Aristotle; University of Thessalon\'iki (GR); (37) University of Helsinki; HIP (FI),; (38) School of Physics; State Key Laboratory of Nuclear Physics and; Technology; Peking University; Beijing (CN); (39) University of Sheffield; (GB); (40) Centre for Cosmology; Particle Physics; Phenomenology; Universit\'e catholique de Louvain (BE); (41) KIT - Karlsruhe Institute of; Technology (DE); (42) MOX - Department of Mathematics; Politecnico di Milano; (IT); (43) Physics Department; Brookhaven National Laboratory; Upton NY (US),; (44) INFN Pavia (IT); (45) University of Manchester (GB); (46) University and; INFN; Pavia (IT); (47) University of Siena; INFN Firenze (IT); (48) Polish; Academy of Sciences (PL); (49) Royal Holloway University of London (UK); (50); KTH Royal Institute of Technology (SE); (51) National Center for Nuclear; Research; Warsaw (PL); (52) University of the State of Rio de Janeiro (BR),; (53) Fermi National Accelerator Laboratory; Batavia (US); (54) Universit\`a; degli Studi di Milano (IT))

arXiv:1801.04203·hep-ph·December 14, 2018

Vector boson scattering: Recent experimental and theory developments

C.F. Anders (1), A. Ballestrero (2), J. Balz (3), R. Bellan (4), B., Biedermann (5), C. Bittrich (6), S. Bra{\ss} (7), I. Brivio (8), L.S. Bruni, (9), J. Butterworth (10), M. Cacciari (11), A. Cardini (12), C. Charlot (13),, V. Ciulli (12), R. Covarelli (4), J. Cuevas (14)

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TL;DR

This paper summarizes recent experimental and theoretical developments in vector boson scattering, highlighting collaborative efforts to optimize data analysis from current and future collider experiments.

Contribution

It provides a comprehensive overview of the VBSCan network's efforts to unify and advance the study of vector boson scattering phenomenology and experiments.

Findings

01

Coordination of experimental and theoretical research in VBS

02

Enhanced strategies for data analysis at colliders

03

Progress in understanding VBS processes

Abstract

This document summarises the talks and discussions happened during the VBSCan Split17 workshop, the first general meeting of the VBSCan COST Action network. This collaboration is aiming at a consistent and coordinated study of vector-boson scattering from the phenomenological and experimental point of view, for the best exploitation of the data that will be delivered by existing and future particle colliders.

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