- Altheimer, A
- Arce, A
- Asquith, L
- Backus Mayes, J
- Kuutmann, EB
- Berger, J
- Bjergaard, D
- Bryngemark, L
- Buckley, A
- Butterworth, J
- Cacciari, M
- Campanelli, M
- Carli, T
- Chala, M
- Chapleau, B
- Chen, C
- Chou, JP
- Cornelissen, T
- Curtin, D
- Dasgupta, M
- Davison, A
- de Almeida Dias, F
- de Cosa, A
- de Roeck, A
- Debenedetti, C
- Doglioni, C
- Ellis, SD
- Fassi, F
- Ferrando, J
- Fleischmann, S
- Freytsis, M
- Gonzalez Silva, ML
- de la Hoz, SG
- Guescini, F
- Han, Z
- Hook, A
- Hornig, A
- Izaguirre, E
- Jankowiak, M
- Juknevich, J
- Kaci, M
- Kar, D
- Kasieczka, G
- Kogler, R
- Larkoski, A
- Loch, P
- Lopez Mateos, D
- Marzani, S
- Masetti, L
- Mateu, V
- Miller, DW
- Mishra, K
- Nef, P
- Nordstrom, K
- Oliver Garcia, E
- Penwell, J
- Pilot, J
- Plehn, T
- Rappoccio, S
- Rizzi, A
- Rodrigo, G
- Safonov, A
- Salam, GP
- Salt, J
- Schaetzel, S
- Schioppa, M
- Schmidt, A
- Scholtz, J
- Schwartzman, A
- Schwartz, MD
- Segala, M
- Son, M
- Soyez, G
- Spannowsky, M
- Stewart, I
- Strom, D
- Swiatlowski, M
- Sanchez Martinez, V
- Takeuchi, M
- Thaler, J
- Thompson, EN
- Tran, NV
- Vermilion, C
- Villaplana, M
- Vos, M
- Wacker, J
- Walsh, J
- et al.
© 2014, The Author(s). This report of the BOOST2012 workshop presents the results of four working groups that studied key aspects of jet substructure. We discuss the potential of first-principle QCD calculations to yield a precise description of the substructure of jets and study the accuracy of state-of-the-art Monte Carlo tools. Limitations of the experiments’ ability to resolve substructure are evaluated, with a focus on the impact of additional (pile-up) proton proton collisions on jet substructure performance in future LHC operating scenarios. A final section summarizes the lessons learnt from jet substructure analyses in searches for new physics in the production of boosted top quarks.
