Skip to main content
Measurement of forward tt‾, W+bb¯ and W+cc¯ production in pp collisions at s=8 TeV
- Author(s): Aaij, R;
- Adeva, B;
- Adinolfi, M;
- Ajaltouni, Z;
- Akar, S;
- Albrecht, J;
- Alessio, F;
- Alexander, M;
- Ali, S;
- Alkhazov, G;
- Alvarez Cartelle, P;
- Alves, AA;
- Amato, S;
- Amerio, S;
- Amhis, Y;
- An, L;
- Anderlini, L;
- Andreassi, G;
- Andreotti, M;
- Andrews, JE;
- Appleby, RB;
- Archilli, F;
- d'Argent, P;
- Arnau Romeu, J;
- Artamonov, A;
- Artuso, M;
- Aslanides, E;
- Auriemma, G;
- Baalouch, M;
- Babuschkin, I;
- Bachmann, S;
- Back, JJ;
- Badalov, A;
- Baesso, C;
- Baker, S;
- Baldini, W;
- Barlow, RJ;
- Barschel, C;
- Barsuk, S;
- Barter, W;
- Baszczyk, M;
- Batozskaya, V;
- Batsukh, B;
- Battista, V;
- Bay, A;
- Beaucourt, L;
- Beddow, J;
- Bedeschi, F;
- Bediaga, I;
- Bel, LJ;
- Bellee, V;
- Belloli, N;
- Belous, K;
- Belyaev, I;
- Ben-Haim, E;
- Bencivenni, G;
- Benson, S;
- Benton, J;
- Berezhnoy, A;
- Bernet, R;
- Bertolin, A;
- Betti, F;
- Bettler, MO;
- van Beuzekom, M;
- Bezshyiko, I;
- Bifani, S;
- Billoir, P;
- Bird, T;
- Birnkraut, A;
- Bitadze, A;
- Bizzeti, A;
- Blake, T;
- Blanc, F;
- Blouw, J;
- Blusk, S;
- Bocci, V;
- Boettcher, T;
- Bondar, A;
- Bondar, N;
- Bonivento, W;
- Bordyuzhin, I;
- Borgheresi, A;
- Borghi, S;
- Borisyak, M;
- Borsato, M;
- Bossu, F;
- Boubdir, M;
- Bowcock, TJV;
- Bowen, E;
- Bozzi, C;
- Braun, S;
- Britsch, M;
- Britton, T;
- Brodzicka, J;
- Buchanan, E;
- Burr, C;
- Bursche, A;
- Buytaert, J;
- Cadeddu, S;
- Calabrese, R
- et al.
Published Web Location
http://doi.org/10.1016/j.physletb.2017.01.044No data is associated with this publication.
Abstract
The production of tt‾, W+bb‾ and W+cc‾ is studied in the forward region of proton–proton collisions collected at a centre-of-mass energy of 8 TeV by the LHCb experiment, corresponding to an integrated luminosity of 1.98±0.02 fb−1. The W bosons are reconstructed in the decays W→ℓν, where ℓ denotes muon or electron, while the b and c quarks are reconstructed as jets. All measured cross-sections are in agreement with next-to-leading-order Standard Model predictions.