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Proceedings of the Sixth International Workshop on Multiple Partonic Interactions at the Large Hadron Collider
R. Astalos, S. Baranov, P. Bartalini, I. Belyaev, Ch. Bierlich, B. Blok, A. Buckley, F. A. Ceccopieri, I. Cherednikov, J. R. Christiansen, D. Ciangottini, M. Deak, B. Ducloue, R. Field, J. R. Gaunt, K. Golec-Biernat, L. Goerlich, A. Grebenyuk, O. Gueta, P. Gunnellini, et al (37)
Jun 22 2015 hep-ph hep-ex nucl-th arXiv:1506.05829v1

@misc{1506.05829, author = {R.~Astalos and S.~Baranov and P.~Bartalini and I.~Belyaev and Ch.~Bierlich and B.~Blok and A.~Buckley and F.~A.~Ceccopieri and I.~Cherednikov and J.~R.~Christiansen and D.~Ciangottini and M.~Deak and B.~Ducloue and R.~Field and J.~R.~Gaunt and K.~Golec-Biernat and L.~Goerlich and A.~Grebenyuk and O.~Gueta and P.~Gunnellini and I.~Helenius and H.~Jung and D.~Kar and O.~Kepka and M.~Klusek-Gawenda and A.~Knutsson and P.~Kotko and M.~W.~Krasny and K.~Kutak and E.~Lewandowska and G.~Lykasov and R.~Maciula and A.~M.~Moraes and T.~Martin and G.~Mitsuka and L.~Motyka and M.~Myska and J.~Otwinowski and T.~Pierog and V.~Pleskot and M.~Rinaldi and W.~Schafer and A.~Siodmok and T.~Sjostrand and A.~Snigirev and A.~Stasto and R.~Staszewski and T.~Stebel and M.~Strikman and A.~Szczurek and D.~Treleani and M.~Trzebinski and H.~van Haevermaet and A.~van Hameren and P.~van Mechelen and W.~Waalewijn and W.~Y.~Wang}, title = {{P}roceedings of the {S}ixth {I}nternational {W}orkshop on {M}ultiple {P}artonic {I}nteractions at the {L}arge {H}adron {C}ollider}, year = {2015}, eprint = {1506.05829}, note = {arXiv:1506.05829v1} }
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Multiple Partonic Interactions are often crucial for interpreting results obtained at the Large Hadron Collider (LHC). The quest for a sound understanding of the dynamics behind MPI - particularly at this time when the LHC is due to start its "Run II" operations - has focused the aim of this workshop. MPI@LHC2014 concentrated mainly on the phenomenology of LHC measurements whilst keeping in perspective those results obtained at previous hadron colliders. The workshop has also debated some of the state-of-the-art theoretical considerations and the modeling of MPI in Monte Carlo event generators. The topics debated in the workshop included: Phenomenology of MPI processes and multiparton distributions; Considerations for the description of MPI in Quantum Chromodynamics (QCD); Measuring multiple partonic interactions; Experimental results on inelastic hadronic collisions: underlying event, minimum bias, forward energy flow; Monte Carlo generator development and tuning; Connections with low-x phenomena, diffraction, heavy-ion physics and cosmic rays. In a total of 57 plenary talks the workshop covered a wide range of experimental results, Monte Carlo development and tuning, phenomenology and dedicated measurements of MPI which were produced with data from the LHC's Run I. Recent progress of theoretical understanding of MPI in pp, pA and AA collisions as well as the role of MPI in diffraction and small-x physics were also covered. The workshop forstered close contact between the experimental and theoretical communities. It provided a setting to discuss many of the different aspects of MPI, eventually identifying them as a unifying concept between apparently different lines of research and evaluating their impact on the LHC physics programme.
Summary of the Workshop on Multi-Parton Interactions (MPI@LHC 2012)
H. Abramowicz, P. Bartalini, M. Baehr, N. Cartiglia, R. Ciesielski, E. Dobson, F. Ferro, K. Goulianos, B. Guiot, X. Janssen, H. Jung, Iu. Karpenko, J. Kaspar, J. Katzy, F. Krauss, P. Laycock, E. Levin, M. Mangano, Ch. Mesropian, A. Moraes, et al (17)
Jun 25 2013 hep-ph arXiv:1306.5413v2

@misc{1306.5413, author = {H.~Abramowicz and P.~Bartalini and M.~Baehr and N.~Cartiglia and R.~Ciesielski and E.~Dobson and F.~Ferro and K.~Goulianos and B.~Guiot and X.~Janssen and H.~Jung and Iu.~Karpenko and J.~Kaspar and J.~Katzy and F.~Krauss and P.~Laycock and E.~Levin and M.~Mangano and Ch.~Mesropian and A.~Moraes and M.~Myska and D.~Moran and R.~Muresan and Z.~Nagy and T.~Pierog and A.~Pilkington and M.~Poghosyan and T.~Rogers and S.~Sen and M.H.~Seymour and A.~Siodmok and M.~Strikman and P.~Skands and D.~Treleani and D.~Volyanskyy and K.~Werner and P.~Wijeratne}, title = {{S}ummary of the {W}orkshop on {M}ulti-{P}arton {I}nteractions ({MPI}@{LHC} 2012)}, year = {2013}, eprint = {1306.5413}, note = {arXiv:1306.5413v2} }
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With short resumes and highlights the discussions in the different working groups of the workshop MPI@LHC 2012 is documented.
Tevatron-for-LHC Report of the QCD Working Group
TeV4LHC QCD Working Group, M. Albrow, M. Begel, D. Bourilkov, M. Campanelli, F. Chlebana, A. De Roeck, J.R. Dittmann, S.D. Ellis, B. Field, R. Field, M. Gallinaro, W. Giele, K. Goulianos, R.C. Group, K. Hatakeyama, Z. Hubacek, J. Huston, W. Kilgore, T. Kluge, et al (14)
Oct 03 2006 hep-ph arXiv:hep-ph/0610012v1

@misc{hep-ph/0610012, author = {TeV4LHC QCD Working Group and M.~Albrow and M.~Begel and D.~Bourilkov and M.~Campanelli and F.~Chlebana and A.~De Roeck and J.R.~Dittmann and S.D.~Ellis and B.~Field and R.~Field and M.~Gallinaro and W.~Giele and K.~Goulianos and R.C.~Group and K.~Hatakeyama and Z.~Hubacek and J.~Huston and W.~Kilgore and T.~Kluge and S.W.~Lee and A.~Moraes and S.~Mrenna and F.~Olness and J.~Proudfoot and K.~Rabbertz and C.~Royon and T.~Sjostrand and P.~Skands and J.~Smith and W.K.~Tung and M.R.~Whalley and M.~Wobisch and M.~Zielinski}, title = {{T}evatron-for-{LHC} {R}eport of the {QCD} {W}orking {G}roup}, year = {2006}, eprint = {hep-ph/0610012}, note = {arXiv:hep-ph/0610012v1} }
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The experiments at Run 2 of the Tevatron have each accumulated over 1 inverse femtobarn of high-transverse momentum data. Such a dataset allows for the first precision (i.e. comparisons between theory and experiment at the few percent level) tests of QCD at a hadron collider. While the Large Hadron Collider has been designed as a discovery machine, basic QCD analyses will still need to be performed to understand the working environment. The Tevatron-for-LHC workshop was conceived as a communication link to pass on the expertise of the Tevatron and to test new analysis ideas coming from the LHC community. The TeV4LHC QCD Working Group focussed on important aspects of QCD at hadron colliders: jet definitions, extraction and use of Parton Distribution Functions, the underlying event, Monte Carlo tunes, and diffractive physics. This report summarizes some of the results achieved during this workshop.
Les Houches Physics at TeV Colliders 2005, Standard Model and Higgs working group: Summary report
C.Buttar, S.Dittmaier, V.Drollinger, S.Frixione, A.Nikitenko, S.Willenbrock S.Abdullin, E.Accomando, D.Acosta, A.Arbuzov, R.D.Ball, A.Ballestrero, P.Bartalini, U.Baur, A.Belhouari, S.Belov, A.Belyaev, D.Benedetti, T.Binoth, S.Bolognesi, S.Bondarenko, et al (106)
Apr 14 2006 hep-ph arXiv:hep-ph/0604120v1

@misc{hep-ph/0604120, author = {C.Buttar and S.Dittmaier and V.Drollinger and S.Frixione and A.Nikitenko and S.Willenbrock S.Abdullin and E.Accomando and D.Acosta and A.Arbuzov and R.D.Ball and A.Ballestrero and P.Bartalini and U.Baur and A.Belhouari and S.Belov and A.Belyaev and D.Benedetti and T.Binoth and S.Bolognesi and S.Bondarenko and E.E.Boos and F.Boudjema and A.Bredenstein and V.E.Bunichev and C.Buttar and J.M.Campbell and C.Carloni Calame and S.Catani and R.Cavanaugh and M.Ciccolini and J.Collins and A.M.Cooper-Sarkar and G.Corcella and S.Cucciarelli and G.Davatz and V.DelDuca and A.Denner and J.D'Hondt and S.Dittmaier and V.Drollinger and A.Drozdetskiy and L.V.Dudko and M.Duehrssen and R.Frazier and S.Frixione and J.Fujimoto and S.Gascon-Shotkin and T.Gehrmann and A.Gehrmann-De Ridder and A.Giammanco and A.-S.Giolo-Nicollerat and E.W.N.Glover and R.M.Godbole and A.Grau and M.Grazzini and J.-Ph.Guillet and A.Gusev and R.Harlander and R.Hegde and G.Heinrich and J.Heyninck and J.Huston and T.Ishikawa and A.Kalinowski and T.Kaneko and K.Kato and N.Kauer and W.Kilgore and M.Kirsanov and A.Korytov and M.Kraemer and A.Kulesza and Y.Kurihara and S.Lehti and L.Magnea and F.Mahmoudi and E.Maina and F.Maltoni and C.Mariotti and B.Mellado and D.Mercier and G.Mitselmakher and G.Montagna and A.Moraes and M.Moretti and S.Moretti and I.Nakano and P.Nason and O.Nicrosini and A.Nikitenko and M.R.Nolten and F.Olness and Yu.Pakhotin and G.Pancheri and F.Piccinini and E.Pilon and R.Pittau and S.Pozzorini and J.Pumplin and W.Quayle and D.A.Ross and R.Sadykov and M.Sandhoff and V.I.Savrin and A.Schmidt and M.Schulze and S.Schumann and B.Scurlock and A.Sherstnev and P.Skands and G.Somogyi and J.Smith and M.Spira and Y.Srivastava and H.Stenzel and Y.Sumino and R.Tanaka and Z.Trocsanyi and S.Tsuno and A.Vicini and D.Wackeroth and M.M.Weber and C.Weiser and S.Willenbrock and S.L.Wu and M.Zanetti}, title = {{L}es {H}ouches {P}hysics at {T}e{V} {C}olliders 2005, {S}tandard {M}odel and {H}iggs working group: {S}ummary report}, year = {2006}, eprint = {hep-ph/0604120}, note = {arXiv:hep-ph/0604120v1} }
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This Report summarises the activities of the "SM and Higgs" working group for the Workshop "Physics at TeV Colliders", Les Houches, France, 2-20 May, 2005. On the one hand, we performed a variety of experimental and theoretical studies on standard candles (such as W, Z, and ttbar production), treating them either as proper signals of known physics, or as backgrounds to unknown physics; we also addressed issues relevant to those non-perturbative or semi-perturbative ingredients, such as Parton Density Functions and Underlying Events, whose understanding will be crucial for a proper simulation of the actual events taking place in the detectors. On the other hand, several channels for the production of the Higgs, or involving the Higgs, have been considered in some detail. The report is structured into four main parts. The first one deals with Standard Model physics, except the Higgs. A variety of arguments are treated here, from full simulation of processes constituting a background to Higgs production, to studies of uncertainties due to PDFs and to extrapolations of models for underlying events, from small-$x$ issues to electroweak corrections which may play a role in vector boson physics. The second part of the report treats Higgs physics from the point of view of the signal. In the third part, reviews are presented on the current status of multi-leg, next-to-leading order and of next-to-next-to-leading order QCD computations. Finally, the fourth part deals with the use of Monte Carlos for simulation of LHC physics.
HERA and the LHC - A workshop on the implications of HERA for LHC physics: Proceedings - Part A
S. Alekhin, G. Altarelli, N. Amapane, J. Andersen, V. Andreev, M. Arneodo, V. Avati, J. Baines, R.D. Ball, A. Banfi, S.P. Baranov, J. Bartels, O. Behnke, R. Bellan, J. Blumlein, H. Bottcher, S. Bolognesi, M. Boonekamp, D. Bourilkov, J. Bracinik, et al (174)
Jan 03 2006 hep-ph arXiv:hep-ph/0601012v3

@misc{hep-ph/0601012, author = {S.~Alekhin and G.~Altarelli and N.~Amapane and J.~Andersen and V.~Andreev and M.~Arneodo and V.~Avati and J.~Baines and R.D.~Ball and A.~Banfi and S.P.~Baranov and J.~Bartels and O.~Behnke and R.~Bellan and J.~Blumlein and H.~Bottcher and S.~Bolognesi and M.~Boonekamp and D.~Bourilkov and J.~Bracinik and A.~Bruni and G.~Bruni and A.~Buckley and A.~Bunyatyan and C.M.~Buttar and J.M.~Butterworth and S.~Butterworth and M.~Cacciari and T.~Carli and G.~Cerminara and S.~Chekanov and M.~Ciafaloni and D.~Colferai and J.~Collins and A.~Cooper-Sarkar and G.~Corcella and M.~Corradi and B.E.~Cox and R.~Croft and Z.~Czyczula and A.~Dainese and M.~Dasgupta and G.~Davatz and L.~Del Debbio and Y.~Delenda and A.~De Roeck and M.~Diehl and S.~Diglio and G.~Dissertori and M.~Dittmar and J.~Ellis and K.J.~Eskola and T.O.~Eynck and J.~Feltesse and F.~Ferro and R.D.~Field and J.~Forshaw and S.~Forte and A.~Geiser and S.~Gieseke and A.~Glazov and T.~Gleisberg and P.~Golonka and E.~Gotsman and G.~Grindhammer and M.~Grothe and C.~Group and M.~Groys and A.~Guffanti and G.~Gustafson and C.~Gwenlan and S.~Hoche and C.~Hogg and J.~Huston and G.~Iacobucci and G.~Ingelman and S.~Jadach and H.~Jung and J.~Kalliopuska and M.~Kapishin and B.~Kersevan and V.~Khoze and M.~Klasen and M.~Klein and B.A.~Kniehl and V.J.~Kolhinen and H.~Kowalski and G.~Kramer and F.~Krauss and S.~Kretzer and K.~Kutak and J.W.~Lamsa and L.~Lonnblad and T.~Lastovicka and G.~Lastovicka-Medin and E.~Laenen and Th.~Lagouri and J.I.~Latorre and N.~Lavesson and V.~Lendermann and E.~Levin and A.~Levy and A.V.~Lipatov and M.~Lublinsky and L.~Lytkin and T.~Maki and L.~Magnea and F.~Maltoni and M.~Mangano and U.~Maor and C.~Mariotti and N.~Marola and A.D.~Martin and A.~Meyer and S.~Moch and J.~Monk and A.~Moraes and A.~Morsch and L.~Motyka and E.~Naftali and P.~Newman and A.~Nikitenko and F.~Oljemark and R.~Orava and M.~Ottela and K.~Osterberg and K.~Peters and F.~Petrucci and A.~Piccione and A.~Pilkington and K.~Piotrzkowski and O.I.~Piskounova and A.~Proskuryakov and A.~Prygarin and J.~Pumplin and K.~Rabbertz and R.~Ranieri and V.~Ravindran and B.~Reisert and E.~Richter-Was and L.~Rinaldi and P.~Robbe and E.~Rodrigues and J.~Rojo and H.~Ruiz and M.~Ruspa and M.G.~Ryskin and A.~Sabio Vera and G.P.~Salam and A.~Schalicke and S.~Schatzel and T.~Schorner-Sadenius and I.~Schienbein and F-P.~Schilling and S.~Schumann and M.H.~Seymour and F.~Siegert and T.~Sjostrand and M.~Skrzypek and J.~Smith and M.~Smizanska and H.~Spiesberger and F.~Schrempp and A.~Stasto and H.~Stenzel and W.J.~Stirling and P.~Szczypka and S.~Tapprogge and C.~Targett-Adams and M.~Tasevsky and T.~Teubner and R.S.~Thorne and A.~Tonazzo and A.~Tricoli and N.~Tuning and J.~Turnau and U.~Uwer and P.~Van Mechelen and R.~Venugopalan and M.~Verducci and J.A.M.~Vermaseren and A.~Vogt and R.~Vogt and B.F.L.~Ward and Z.~Was and G.~Watt and B.M.~Waugh and C.~Weiser and M.R.~Whalley and M.~Wing and J.~Winter and S.A.~Yost and G.~Zanderighi and N.P.~Zotov}, title = {{HERA} and the {LHC} - {A} workshop on the implications of {HERA} for {LHC} physics: {P}roceedings - {P}art {A}}, year = {2006}, eprint = {hep-ph/0601012}, note = {arXiv:hep-ph/0601012v3} }
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The HERA electron--proton collider has collected 100 pb$^{-1}$ of data since its start-up in 1992, and recently moved into a high-luminosity operation mode, with upgraded detectors, aiming to increase the total integrated luminosity per experiment to more than 500 pb$^{-1}$. HERA has been a machine of excellence for the study of QCD and the structure of the proton. The Large Hadron Collider (LHC), which will collide protons with a centre-of-mass energy of 14 TeV, will be completed at CERN in 2007. The main mission of the LHC is to discover and study the mechanisms of electroweak symmetry breaking, possibly via the discovery of the Higgs particle, and search for new physics in the TeV energy scale, such as supersymmetry or extra dimensions. Besides these goals, the LHC will also make a substantial number of precision measurements and will offer a new regime to study the strong force via perturbative QCD processes and diffraction. For the full LHC physics programme a good understanding of QCD phenomena and the structure function of the proton is essential. Therefore, in March 2004, a one-year-long workshop started to study the implications of HERA on LHC physics. This included proposing new measurements to be made at HERA, extracting the maximum information from the available data, and developing/improving the theoretical and experimental tools. This report summarizes the results achieved during this workshop.
HERA and the LHC - A workshop on the implications of HERA for LHC physics: Proceedings - Part B
S. Alekhin, G. Altarelli, N. Amapane, J. Andersen, V. Andreev, M. Arneodo, V. Avati, J. Baines, R.D. Ball, A. Banfi, S.P. Baranov, J. Bartels, O. Behnke, R. Bellan, J. Blumlein, H. Bottcher, S. Bolognesi, M. Boonekamp, D. Bourilkov, J. Bracinik, et al (174)
Jan 03 2006 hep-ph arXiv:hep-ph/0601013v3

@misc{hep-ph/0601013, author = {S.~Alekhin and G.~Altarelli and N.~Amapane and J.~Andersen and V.~Andreev and M.~Arneodo and V.~Avati and J.~Baines and R.D.~Ball and A.~Banfi and S.P.~Baranov and J.~Bartels and O.~Behnke and R.~Bellan and J.~Blumlein and H.~Bottcher and S.~Bolognesi and M.~Boonekamp and D.~Bourilkov and J.~Bracinik and A.~Bruni and G.~Bruni and A.~Buckley and A.~Bunyatyan and C.M.~Buttar and J.M.~Butterworth and S.~Butterworth and M.~Cacciari and T.~Carli and G.~Cerminara and S.~Chekanov and M.~Ciafaloni and D.~Colferai and J.~Collins and A.~Cooper-Sarkar and G.~Corcella and M.~Corradi and B.E.~Cox and R.~Croft and Z.~Czyczula and A.~Dainese and M.~Dasgupta and G.~Davatz and L.~Del Debbio and Y.~Delenda and A.~De Roeck and M.~Diehl and S.~Diglio and G.~Dissertori and M.~Dittmar and J.~Ellis and K.J.~Eskola and T.O.~Eynck and J.~Feltesse and F.~Ferro and R.D.~Field and J.~Forshaw and S.~Forte and A.~Geiser and S.~Gieseke and A.~Glazov and T.~Gleisberg and P.~Golonka and E.~Gotsman and G.~Grindhammer and M.~Grothe and C.~Group and M.~Groys and A.~Guffanti and G.~Gustafson and C.~Gwenlan and S.~Hoche and C.~Hogg and J.~Huston and G.~Iacobucci and G.~Ingelman and S.~Jadach and H.~Jung and J.~Kalliopuska and M.~Kapishin and B.~Kersevan and V.~Khoze and M.~Klasen and M.~Klein and B.A.~Kniehl and V.J.~Kolhinen and H.~Kowalski and G.~Kramer and F.~Krauss and S.~Kretzer and K.~Kutak and J.W.~Lamsa and L.~Lonnblad and T.~Lastovicka and G.~Lastovicka-Medin and E.~Laenen and Th.~Lagouri and J.I.~Latorre and N.~Lavesson and V.~Lendermann and E.~Levin and A.~Levy and A.V.~Lipatov and M.~Lublinsky and L.~Lytkin and T.~Maki and L.~Magnea and F.~Maltoni and M.~Mangano and U.~Maor and C.~Mariotti and N.~Marola and A.D.~Martin and A.~Meyer and S.~Moch and J.~Monk and A.~Moraes and A.~Morsch and L.~Motyka and E.~Naftali and P.~Newman and A.~Nikitenko and F.~Oljemark and R.~Orava and M.~Ottela and K.~Osterberg and K.~Peters and F.~Petrucci and A.~Piccione and A.~Pilkington and K.~Piotrzkowski and O.I.~Piskounova and A.~Proskuryakov and A.~Prygarin and J.~Pumplin and K.~Rabbertz and R.~Ranieri and V.~Ravindran and B.~Reisert and E.~Richter-Was and L.~Rinaldi and P.~Robbe and E.~Rodrigues and J.~Rojo and H.~Ruiz and M.~Ruspa and M.G.~Ryskin and A.~Sabio Vera and G.P.~Salam and A.~Schalicke and S.~Schatzel and T.~Schorner-Sadenius and I.~Schienbein and F-P.~Schilling and S.~Schumann and M.H.~Seymour and F.~Siegert and T.~Sjostrand and M.~Skrzypek and J.~Smith and M.~Smizanska and H.~Spiesberger and F.~Schrempp and A.~Stasto and H.~Stenzel and W.J.~Stirling and P.~Szczypka and S.~Tapprogge and C.~Targett-Adams and M.~Tasevsky and T.~Teubner and R.S.~Thorne and A.~Tonazzo and A.~Tricoli and N.~Tuning and J.~Turnau and U.~Uwer and P.~Van Mechelen and R.~Venugopalan and M.~Verducci and J.A.M.~Vermaseren and A.~Vogt and R.~Vogt and B.F.L.~Ward and Z.~Was and G.~Watt and B.M.~Waugh and C.~Weiser and M.R.~Whalley and M.~Wing and J.~Winter and S.A.~Yost and G.~Zanderighi and N.P.~Zotov}, title = {{HERA} and the {LHC} - {A} workshop on the implications of {HERA} for {LHC} physics: {P}roceedings - {P}art {B}}, year = {2006}, eprint = {hep-ph/0601013}, note = {arXiv:hep-ph/0601013v3} }
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The HERA electron--proton collider has collected 100 pb$^{-1}$ of data since its start-up in 1992, and recently moved into a high-luminosity operation mode, with upgraded detectors, aiming to increase the total integrated luminosity per experiment to more than 500 pb$^{-1}$. HERA has been a machine of excellence for the study of QCD and the structure of the proton. The Large Hadron Collider (LHC), which will collide protons with a centre-of-mass energy of 14 TeV, will be completed at CERN in 2007. The main mission of the LHC is to discover and study the mechanisms of electroweak symmetry breaking, possibly via the discovery of the Higgs particle, and search for new physics in the TeV energy scale, such as supersymmetry or extra dimensions. Besides these goals, the LHC will also make a substantial number of precision measurements and will offer a new regime to study the strong force via perturbative QCD processes and diffraction. For the full LHC physics programme a good understanding of QCD phenomena and the structure function of the proton is essential. Therefore, in March 2004, a one-year-long workshop started to study the implications of HERA on LHC physics. This included proposing new measurements to be made at HERA, extracting the maximum information from the available data, and developing/improving the theoretical and experimental tools. This report summarizes the results achieved during this workshop.
Les Houches 'Physics at Tev Colliders 2003' QCD/SM Working Group: Summary Report
M. Dobbs, S. Frixione, E. Laenen, A. De Roeck, K. Tollefson, J. Andersen, C. Balazs, A. Banfi, S. Berge, W. Bernreuther, T. Binoth, A. Brandenburg, C. Buttar, Q-H. Cao, G. Corcella, A. Cruz, I. Dawson, V. Del Duca, V. Drollinger, L. Dudko, et al (35)
Mar 10 2004 hep-ph arXiv:hep-ph/0403100v1

@misc{hep-ph/0403100, author = {M.~Dobbs and S.~Frixione and E.~Laenen and A.~De Roeck and K.~Tollefson and J.~Andersen and C.~Balazs and A.~Banfi and S.~Berge and W.~Bernreuther and T.~Binoth and A.~Brandenburg and C.~Buttar and Q-H.~Cao and G.~Corcella and A.~Cruz and I.~Dawson and V.~Del Duca and V.~Drollinger and L.~Dudko and T.~Eynck and R.~Field and M.~Grazzini and J.P.~Guillet and G.~Heinrich and J.~Huston and N.~Kauer and N.~Kidonakis and A.~Kulesza and K.~Lassila-Perini and L.~Magnea and F.~Mahmoudi and E.~Maina and F.~Maltoni and M.~Nolten and A.~Moraes and S.~Moretti and S.~Mrenna and P.~Nadolsky and Z.~Nagy and F.~Olness and I.~Puljak and D.A.~Ross and A.~Sabio-Vera and G.P.~Salam and A.~Sherstnev and Z.G.~Si and T.~Sjostrand and P.~Skands and E.~Thome and Z.~Trocsanyi and P.~Uwer and S.~Weinzierl and C.P.~Yuan and G.~Zanderighi}, title = {{L}es {H}ouches '{P}hysics at {T}ev {C}olliders 2003' {QCD}/{SM} {W}orking {G}roup: {S}ummary {R}eport}, year = {2004}, eprint = {hep-ph/0403100}, note = {arXiv:hep-ph/0403100v1} }
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This report documents the results obtained by the Working Group on Quantum Chromodynamics and the Standard Model for the Workshop `Physics at TeV Colliders'', Les Houches, France, 26 May - 6 June 2003. After a Monte Guide description, the first contributions report on progress in describing multiple interactions, important for the LHC, and underlying events. An announcement of a Monte Carlo database, under construction, is then followed by a number of contributions improving parton shower descriptions. Subsequently, a large number of contributions address resummations in various forms, after which follow studies of QCD effects in pion pair, top quark pair and photon pair plus jet production. After a study of electroweak corrections to hadronic precision observables, the report ends by presenting recent progress in methods to compute finite order corrections at one-loop with many legs, and at two-loop.