H
H. Böttcher
Researcher at Humboldt State University
Publications - 25
Citations - 1935
H. Böttcher is an academic researcher from Humboldt State University. The author has contributed to research in topics: Quantum chromodynamics & Parton. The author has an hindex of 13, co-authored 25 publications receiving 1755 citations.
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Journal ArticleDOI
A Large Hadron Electron Collider at CERN
J. L. Abelleira Fernandez,J. L. Abelleira Fernandez,C. Adolphsen,A. Akay,H. Aksakal,Javier L. Albacete,Sergey Alekhin,Phillip Allport,Vladimir Andreev,Robert Appleby,Robert Appleby,E. Arikan,Néstor Armesto,Georges Azuelos,Georges Azuelos,M. Bai,D. Barber,D. Barber,Jochen Bartels,O. Behnke,Janna Katharina Behr,Alexander Belyaev,Alexander Belyaev,Ilan Ben-Zvi,N. Bernard,S. Bertolucci,S. Bettoni,Sudhansu S. Biswal,Johannes Blümlein,H. Böttcher,A. Bogacz,Chiara Bracco,Gerhard Brandt,Hans-Heinrich Braun,Stanley J. Brodsky,O. Brüning,Eugene Bulyak,A. Buniatyan,Helmut Burkhardt,Ilkay Turk Cakir,O. Cakir,Rama Calaga,V. Cetinkaya,E. Ciapala,R. Ciftci,Abbas Kenan Ciftci,Brian Cole,John Collins,O. Dadoun,J. B. Dainton,A. De Roeck,David D'Enterria,Alexey Dudarev,A. Eide,Rikard Enberg,E. Eroglu,Kari J. Eskola,Laurent Favart,M. Fitterer,Stefano Forte,Andrea Gaddi,Paolo Gambino,H. Garcia Morales,Thomas Gehrmann,Peter Gladkikh,Claudia Glasman,Rohini M. Godbole,Brennan Goddard,T. Greenshaw,Alberto Guffanti,Vadim Guzey,Vadim Guzey,Claire Gwenlan,Tao Han,Yue Hao,F. Haug,Werner Herr,Alain Hervé,Bernhard Holzer,Masaki Ishitsuka,M. Jacquet,B. Jeanneret,J. M. Jiménez,John Jowett,Hannes Jung,H. Karadeniz,Dmitry Kayran,A. Kilic,K. Kimura,Max Klein,Uta Klein,T. Kluge,F. Kocak,M. Korostelev,A. Kosmicki,P. Kostka,H. Kowalski,Gustav Kramer,D. Kuchler,M. Kuze,Tuomas Lappi,Paul Laycock,Evgeny Levichev,S. Levonian,Vladimir Litvinenko,Alessandra Lombardi,J. Maeda,Cyrille Marquet,Bruce Mellado,K. H. Mess,A. Milanese,S. O. Moch,I. Morozov,Y. Muttoni,S. Myers,S. Nandi,Zafer Nergiz,Paul Newman,Tsunehiko Omori,J. A. Osborne,E. Paoloni,Yannis Papaphilippou,C. Pascaud,Hannu Paukkunen,E. Perez,Tatiana Pieloni,E. Pilicer,Bernard Pire,R. Placakyte,A. Polini,Vadim Ptitsyn,Y. Pupkov,Voica Radescu,Sreerup Raychaudhuri,Louis Rinolfi,R. Rohini,Juan Rojo,Stephan Russenschuck,M. Sahin,Carlos A. Salgado,K. Sampei,Rodolfo Sassot,Emmanuel Sauvan,U. Schneekloth,T. Schörner-Sadenius,Daniel Schulte,A. Senol,Andrei Seryi,Peter Sievers,A.N. Skrinsky,W. H. Smith,Hubert Spiesberger,Anna Stasto,Mark Strikman,MJ Sullivan,Saleh Sultansoy,Yipeng Sun,Bernd Surrow,L. Szymanowski,P. Taels,I. Tapan,Timur Tasci,Enrico Tassi,H. Ten Kate,Juan Terron,H. Thiesen,L Thompson,L Thompson,Katsuo Tokushuku,R. Tomás García,Davide Tommasini,Dejan Trbojevic,N. Tsoupas,Joachim Tückmantel,S. Turkoz,T. N. Trinh,Konrad Tywoniuk,Gokhan Unel,J. Urakawa,P. VanMechelen,Alessandro Variola,Raymond Veness,A. Vivoli,P.D. Vobly,Jakub Wagner,Rainer Wallny,S. Wallon,G. Watt,Christian Weiss,Urs Achim Wiedemann,U. Wienands,F. Willeke,Bo-Wen Xiao,Vitaly Yakimenko,Af Zarnecki,Z. Zhang,Frank Zimmermann,R. Zlebcik,Fabian Zomer +198 more
TL;DR: The Large Hadron Electron Collider (LHeC) as discussed by the authors was designed to achieve an integrated luminosity of O(100 ),fb$^{-1}, which is the cleanest high resolution microscope of mankind.
Journal ArticleDOI
A Large Hadron Electron Collider at CERN: Report on the Physics and Design Concepts for Machine and Detector
J. Abelleira Fernandez,Chris Adolphsen,A. Akay,H. Aksakal,Javier L. Albacete,Sergey Alekhin,Phillip Allport,V. P. Andreev,Robert Appleby,E. Arikan,Néstor Armesto,Georges Azuelos,M. Bai,D. Barber,Jochen Bartels,O. Behnke,Janna Katharina Behr,Alexander Belyaev,Ilan Ben-Zvi,Nathan Rogers Bernard,S. Bertolucci,S. Bettoni,Sudhansu S. Biswal,Johannes Blümlein,H. Böttcher,A. Bogacz,Chiara Bracco,Gerhard Brandt,H. M. Braun,Stanley J. Brodsky,Oliver Brüning,Eugene Bulyak,A. Buniatyan,Harald Burkhardt,Ilkay Turk Cakir,O. Cakir,Rama Calaga,V. Cetinkaya,E. Ciapala,R. Ciftci,Abbas Kenan Ciftci,Brian Cole,John Collins,O. Dadoun,J. B. Dainton,A. De Roeck,David D'Enterria,Alexey Dudarev,A. Eide,Rikard Enberg,E. Eroglu,Kari J. Eskola,Laurent Favart,M. Fitterer,Stefano Forte,Andrea Gaddi,Paolo Gambino,H. Garcia Morales,Thomas Gehrmann,Peter Gladkikh,Claudia Glasman,Rohini M. Godbole,Brennan Goddard,T. Greenshaw,Alberto Guffanti,Vadim Guzey,Claire Gwenlan,Tao Han,Yue Hao,F. Haug,W. Herr,A. Hervé,Bernhard Holzer,Masaki Ishitsuka,M. Jacquet,B. Jeanneret,J. M. Jimenez,John Jowett,Hannes Jung,H. Karadeniz,Dmitry Kayran,A. Kilic,K. Kimura,Matthias Klein,Uta Klein,T. Kluge,F. Kocak,M. Korostelev,A. Kosmicki,P. Kostka,H. Kowalski,Gustav Kramer,D. Kuchler,M. Kuze,Tuomas Lappi,Paul Laycock,Evgeny Levichev,S. Levonian,Vladimir Litvinenko,Alessandra Lombardi,J. Maeda,C. Marquet,Stephen Maxfield,Bruce Mellado,K. H. Mess,A. Milanese,S. O. Moch,I. Morozov,Y. Muttoni,Stephen Myers,Soumitra Nandi,Zafer Nergiz,Paul Newman,T. Omori,John Osborne,E. Paoloni,Yannis Papaphilippou,C. Pascaud,Hannu Paukkunen,Emmanuelle Perez,Tatiana Pieloni,E. Pilicer,Bernard Pire,R. Placakyte,A. Polini,Vadim Ptitsyn,Y. Pupkov,Voica Radescu,Sreerup Raychaudhuri,Louis Rinolfi,R. Rohini,Juan Rojo,Stephan Russenschuck,Mehmet Özgür Sahin,Carlos A. Salgado,K. Sampei,Rodolfo Sassot,Emmanuel Sauvan,U. Schneekloth,T. Schörner-Sadenius,Daniel Schulte,A. Senol,Andrei Seryi,Peter Sievers,A.N. Skrinsky,W. H. Smith,Hubert Spiesberger,Anna Stasto,Mark Strikman,M. K. Sullivan,S. Sultansoy,Yipeng Sun,Bernd Surrow,L. Szymanowski,P. Taels,I. Tapan,A. T. Tasci,Enrico Tassi,H. Ten Kate,Juan Terron,H. Thiesen,L. F. Thompson,Katsuo Tokushuku,R. Tomás García,Davide Tommasini,Dejan Trbojevic,N. Tsoupas,Joachim Tückmantel,S. Turkoz,T. N. Trinh,Konrad Tywoniuk,Gokhan Unel,J. Urakawa,P. VanMechelen,Alessandro Variola,Raymond Veness,A. Vivoli,P.D. Vobly,Jakub Wagner,Rainer Wallny,S. Wallon,G. Watt,Christian Weiss,Urs Achim Wiedemann,U. Wienands,F. Willeke,Bo-Wen Xiao,Vitaly Yakimenko,Af Zarnecki,Zhongshi Zhang,Frank Zimmermann,Radek Zlebcik,Fabian Zomer +192 more
TL;DR: The Large Hadron Electron Collider (LHeC) as discussed by the authors is a new collider for particle and nuclear physics, in which a newly built electron beam of up to possibly 140 GeV, energy collides with the intense hadron beams of the LHC.
Journal ArticleDOI
QCD analysis of polarized deep-inelastic scattering data and parton distributions
Johannes Blümlein,H. Böttcher +1 more
TL;DR: In this paper, a QCD analysis of the world data on polarized deep-inelastic scattering is presented in leading and next-to-leading order, where new parameterizations are derived for the quark and gluon distributions for the kinematic range x∈[10 −9,1],Q 2 ∈[1,10 6 ] GeV 2.
Journal ArticleDOI
QCD Analysis of Polarized Deep Inelastic Scattering Data
Johannes Blümlein,H. Böttcher +1 more
TL;DR: In this paper, a QCD analysis of the world data on polarized deep inelastic scattering is presented in next-to-leading order, including the heavy flavor Wilson coefficient in leading order in the fixed flavor number scheme.
Journal ArticleDOI
Non-singlet QCD analysis of deep inelastic world data at O(αs3)
TL;DR: In this article, a non-singlet QCD analysis of the structure function F 2 ( x, q 2 ) in LO, NLO, NNLO and N3LO is performed based on the world data for charged lepton scattering.