E. Gotsman
3 Papers
78 Citations
E. Gotsman is an academic researcher. The author has contributed to research in topics: Collider & Supersymmetry. The author has an hindex of 2, co-authored 3 publications.
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Papers
HERA and the LHC: A Workshop on the implications of HERA for LHC physics. Proceedings, Part B
Sergey Alekhin,Guido Altarelli,N. Amapane,Jeppe R. Andersen,V. Andreev,M. Arneodo,V. Avati,John Baines,Richard D. Ball,Andrea Banfi,S.P. Baranov,J. Bartels,Olaf Behnke,R. Bellan,Johannes Blümlein,H. Bottcher,S. Bolognesi,Maarten Boonekamp,Dimitri Bourilkov,Juraj Bracinik,Alessia Bruni,G. Bruni,Andy Buckley,A. Bunyatyan,Craig Buttar,Jon Butterworth,S. Butterworth,Matteo Cacciari,T. Carli,G. Cerminara,Sergei Chekanov,Marcello Ciafaloni,Dimitri Colferai,John Collins,Amanda Cooper-Sarkar,Gennaro Corcella,Massimo Corradi,B. E. Cox,R. Croft,Z. Czyczula,Andrea Dainese,Mrinal Dasgupta,G. Davatz,L. Del Debbio,Y. Delenda,A. De Roeck,Markus Diehl,S. Diglio,G. Dissertori,M. Dittmar,John Ellis,Kari J. Eskola,Tim Oliver Eynck,J. Feltesse,Fabrizio Ferro,Richard D Field,Jeffrey R. Forshaw,Stefano Forte,A. Geiser,Stefan Gieseke,Alexandre Glazov,Tanju Gleisberg,P. Golonka,E. Gotsman,G. Grindhammer,Monika Grothe,M. Groys,Alberto Guffanti,Gösta Gustafson,Claire Gwenlan,Stefan Höche,C. Hogg,Joey Huston,Giuseppe Iacobucci,Gunnar Ingelman,S. Jadach,Hannes Jung,J. Kalliopuska,Mikhail Kapishin,Borut Paul Kerševan,Valentin V. Khoze,Michael Klasen,Matthias Klein,Bernd A. Kniehl,V. J. Kolhinen,H. Kowalski,Gustav Kramer,Frank Krauss,S. Kretzer,Krzysztof Kutak,J. W. Lamsa,Leif Lönnblad,T. Lastovicka,G. Lastovicka-Medin,Eric Laenen,T. Lagouri,José I. Latorre,Nils Lavesson,V. Lendermann,E. Levin,Aharon Levy,A. V. Lipatov,Michael Lublinsky,L. Lytkin,T. Maki,Lorenzo Magnea,Fabio Maltoni,Michelangelo L. Mangano,U. Maor,Chiara Mariotti,N. Marola,Alan D. Martin,A. Meyer,Sven Moch,James Monk,Arthur Moraes,Andreas Morsch,L. Motyka,E. Naftali,P. R. Newman,A. Nikitenko,F. Oljemark,R. Orava,M. Ottela,K. Osterberg,Krisztian Peters,Fabrizio Petrucci,Andrea Piccione,Andrew Pilkington,Krzysztof Piotrzkowski,O. I. Piskounova,A. Proskuryakov,A. Prygarin,Jon Pumplin,K. Rabbertz,R. Ranieri,V. Ravindran,B. Reisert,E. Richter-Was,Lorenzo Rinaldi,P. Robbe,E. Rodrigues,Juan Rojo,H. Ruiz,Marta Ruspa,M. G. Ryskin,A. Sabio Vera,Gavin P. Salam,A. Schälicke,S. Schatzel,Thomas Schörner-Sadenius,I. Schienbein,F. P. Schilling,Svenja Schumann,Michael H. Seymour,Frank Siegert,Torbjörn Sjöstrand,Maciej Skrzypek,Jennifer A. Smith,Maria Smizanska,Hubert Spiesberger,F. Schrempp,Anna Stasto,Hasko Stenzel,W. J. Stirling,P. Szczypka,S. Tapprogge,C. Targett-Adams,Marek Tasevsky,Thomas Teubner,R. S. Thorne,A. Tonazzo,Alessandro Tricoli,N. Tuning,J. Turnau,U. Uwer,P. Van Mechelen,R. Venugopalan,Monica Verducci,Jos Vermaseren,Andreas Vogt,Ramona Vogt,B. F. L. Ward,Z. Was,G. Watt,Ben Waugh,Christian Weiser,M R Whalley,M. Wing,J. Winter,S. A. Yost,Giulia Zanderighi,N. P. Zotov +192 more
- 01 Dec 2005
TL;DR: 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 as discussed by the authors.
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•Posted Content
HERA and the LHC - A workshop on the implications of HERA for LHC physics: Proceedings - Part B
Sergey Alekhin,Guido Altarelli,N. Amapane,Jeppe R. Andersen,V. Andreev,M. Arneodo,V. Avati,John Baines,Richard D. Ball,Andrea Banfi,S.P. Baranov,J. Bartels,Olaf Behnke,R. Bellan,Johannes Blümlein,H. Bottcher,S. Bolognesi,Maarten Boonekamp,Dimitri Bourilkov,Juraj Bracinik,Alessia Bruni,G. Bruni,Andy Buckley,A. Bunyatyan,Craig Buttar,Jon Butterworth,S. Butterworth,Matteo Cacciari,T. Carli,G. Cerminara,Sergei Chekanov,Marcello Ciafaloni,Dimitri Colferai,John Collins,Amanda Cooper-Sarkar,Gennaro Corcella,Massimo Corradi,B. E. Cox,R. Croft,Z. Czyczula,Andrea Dainese,Mrinal Dasgupta,G. Davatz,L. Del Debbio,Y. Delenda,A. De Roeck,Markus Diehl,S. Diglio,G. Dissertori,M. Dittmar,John Ellis,Kari J. Eskola,Tim Oliver Eynck,J. Feltesse,Fabrizio Ferro,Richard D Field,Jeffrey R. Forshaw,Stefano Forte,A. Geiser,Stefan Gieseke,Alexandre Glazov,Tanju Gleisberg,P. Golonka,E. Gotsman,G. Grindhammer,Monika Grothe,M. Groys,Alberto Guffanti,Gösta Gustafson,Claire Gwenlan,Stefan Höche,C. Hogg,Joey Huston,Giuseppe Iacobucci,Gunnar Ingelman,S. Jadach,Hannes Jung,J. Kalliopuska,Mikhail Kapishin,Borut Paul Kerševan,Valentin V. Khoze,Michael Klasen,Matthias Klein,Bernd A. Kniehl,V. J. Kolhinen,H. Kowalski,Gustav Kramer,Frank Krauss,S. Kretzer,Krzysztof Kutak,J. W. Lamsa,Leif Lönnblad,T. Lastovicka,G. Lastovicka-Medin,Eric Laenen,T. Lagouri,José I. Latorre,Nils Lavesson,V. Lendermann,E. Levin,Aharon Levy,A. V. Lipatov,Michael Lublinsky,L. Lytkin,T. Maki,Lorenzo Magnea,Fabio Maltoni,Michelangelo L. Mangano,U. Maor,Chiara Mariotti,N. Marola,Alan D. Martin,A. Meyer,Sven Moch,James Monk,Arthur Moraes,Andreas Morsch,L. Motyka,E. Naftali,P. R. Newman,A. Nikitenko,F. Oljemark,R. Orava,M. Ottela,K. Osterberg,Krisztian Peters,Fabrizio Petrucci,Andrea Piccione,Andrew Pilkington,Krzysztof Piotrzkowski,O. I. Piskounova,A. Proskuryakov,A. Prygarin,Jon Pumplin,K. Rabbertz,R. Ranieri,V. Ravindran,B. Reisert,E. Richter-Was,Lorenzo Rinaldi,P. Robbe,E. Rodrigues,Juan Rojo,H. Ruiz,Marta Ruspa,M. G. Ryskin,A. Sabio Vera,Gavin P. Salam,A. Schälicke,S. Schatzel,Thomas Schörner-Sadenius,I. Schienbein,F. P. Schilling,Svenja Schumann,Michael H. Seymour,Frank Siegert,Torbjörn Sjöstrand,Maciej Skrzypek,Jennifer A. Smith,Maria Smizanska,Hubert Spiesberger,F. Schrempp,Anna Stasto,Hasko Stenzel,W. J. Stirling,P. Szczypka,S. Tapprogge,C. Targett-Adams,Marek Tasevsky,Thomas Teubner,R. S. Thorne,A. Tonazzo,Alessandro Tricoli,N. Tuning,J. Turnau,U. Uwer,P. Van Mechelen,R. Venugopalan,Monica Verducci,Jos Vermaseren,Andreas Vogt,Ramona Vogt,B. F. L. Ward,Z. Was,G. Watt,Ben Waugh,Christian Weiser,M R Whalley,M. Wing,J. Winter,S. A. Yost,Giulia Zanderighi,N. P. Zotov +192 more
TL;DR: 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 as mentioned in this paper.
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TESLA: The superconducting electron positron linear collider with an integrated X-ray laser laboratory. Technical design report. Pt. 6: Appendices. Chapter 2: THERA: Electron proton scattering at s**(1/2) approximately 1-TeV
Halina Abramowicz,P. Jankowski,V. Zoller,V. Chekelian,Aharon Levy,Ignacio Redondo,D. Waters,Thomas Naumann,U. Gensch,M. Kuze,P. Wesolowski,S. Sultansoy,Kenneth Long,U. Schneekloth,M. Krawczyk,O. Yavas,Leif Lönnblad,H. Kowalski,E. Rondio,Rainer Wallny,G. Rädel,T. Laštovička,Vadim Guzey,O. Cakir,J. Gassner,J.G. Conteras,Robert Klanner,K. Daum,Hubert Spiesberger,M. Ylmaz,Michael Klasen,E. Reya,U. Stösslein,E. E. Elsen,N. Nikolaev,Af Zarnecki,Krzysztof Golec-Biernat,Paul Newman,Emmanuelle Perez,Hannes Jung,S. Schlenstedt,E. Levin,Peter Schleper,Allen Caldwell,Jochen Bartels,Daniel Pitzl,Alexander Zhokin,Bernd A. Kniehl,S. P. Baranov,Abhay Deshpande,I. Ginzburg,B. B. Levchenko,T. Greenshaw,L. K. Gladilin,F. Willeke,P. Kostka,U.F. Katz,M. Gluck,M. Corradi,Np Zotov,E. Gabathuler,W. van Neerven,V. Ravindran,Matthew Wing,H. Koru,J. Ruan,S. Soldner-Rembold,U. Jezuita-Dabrowska,C. Pascaud,A. De Roeck,T. Kurca,P. Landshoff,Kunihiro Nagano,N. Gogitidze,Kirill Tuchin,A. Zembrzuski,J. B. Dainton,R. Brinkmann,B. Foster,Abbas Kenan Ciftci,U. Maor,W.K. Tung,M. McDermott,Doris Eckstein,B. Potter,J.A. Crittenden,M. Strikman,Matthias Klein,W. Schafer,W. Bialowons,L. Frankfurt,E. Gotsman +91 more
- 01 Jan 2001
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