H
Helmut Eberl
Researcher at Austrian Academy of Sciences
Publications - 108
Citations - 3321
Helmut Eberl is an academic researcher from Austrian Academy of Sciences. The author has contributed to research in topics: Minimal Supersymmetric Standard Model & Higgs boson. The author has an hindex of 25, co-authored 106 publications receiving 3251 citations.
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TESLA Technical Design Report Part III: Physics at an e+e- Linear Collider
R. D. Heuer,D. J. Miller,F. Richard,P.M. Zerwas,Juan Antonio Aguilar-Saavedra,J. Alcaraz,Ahmed Ali,S. Ambrosanio,A. Andreazza,J. Andruszkow,B. Badelek,A. Ballestrero,Timothy Barklow,Alfred Bartl,M. Battaglia,T. Behnke,Geneviève Bélanger,D. Benson,M. Berggren,W. Bernreuther,Marc Besancon,J. Biebel,Otmar Biebel,Ikaros I.Y. Bigi,J.J. van der Bij,T. Binoth,G.A. Blair,C. Blochinger,Johannes Blümlein,Maarten Boonekamp,E. E. Boos,G. Borissov,A. Brandenburg,J. C. Brient,G. Bruni,K. Busser,Philip Burrows,Roberto Casalbuoni,C. Castanier,P. Chankowski,A. Chekanov,Roberto Chierici,S. Y. Choi,P. Christova,Paolo Ciafaloni,D. Comelli,G. Conteras,M. Danilov,W. Da Silva,Aldo Deandrea,W. De Boer,S. De Curtis,S. De Jong,Ansgar Denner,A. De Roeck,Klaus Kurt Desch,E. A. De Wolf,Stefan Dittmaier,V. Djordjadze,Abdelhak Djouadi,Daniele Dominici,M. Doncheski,M. T. Dova,V. Drollinger,Helmut Eberl,Jens Erler,A. Eskreys,J. R. Espinosa,N. Evanson,E. Fernandez,Jeffrey R. Forshaw,H. Fraas,Fabian Franke,Ayres Freitas,F. Gangemi,P. Garcia-Abia,Raoul Gatto,T. Gehrmann,A. Gehrmann-De Ridder,U. Gensch,N. Ghodbane,I. F. Ginzburg,Rohini M. Godbole,Stephen Godfrey,G. J. Gounaris,Massimiliano Grazzini,E. K. U. Gross,Bohdan Grzadkowski,J. Guasch,J.F. Gunion,K. Hagiwara,Tao Han,Kristian Harder,Robert V. Harlander,R. J. Hawkings,S. Heinemeyer,S. Hesselbach,C. A. Heusch,J.L. Hewett,G. Hiller,A. Hoang,Wolfgang Hollik,Jose I. Illana,V. A. Ilyin,D. Indumathi,S. Ishihara,M. Jack,S. Jadach,Fred Jegerlehner,M. Jezabek,G. Jikia,Leif J. Jönsson,Paweł Jankowski,P. Jurkiewicz,A. Juste,A. Kagan,J. Kalinowski,M. Kalmykov,P. Kalyniak,B. Kamal,J. Kamoshita,Shinya Kanemura,F. Kapusta,S. Katsanevas,R. Keranen,V. Khoze,A. Kiiskinen,W. Kilian,Michael Klasen,J. L. Kneur,Bernd A. Kniehl,M. J. Kobel,K. Kolodziej,Michael Kramer,Sabine Kraml,Maria Krawczyk,Jens H. Kuhn,J. Kwiecinski,Paolo Laurelli,A. Leike,James Letts,Wolfgang Lohmann,S. Lola,P. Lutz,P. Mättig,W. Majerotto,Thomas Mannel,M. I. Martínez,H. U. Martyn,Theresa S. Mayer,Barbara Mele,M. Melles,W. Menges,G. Merino,N. T. Meyer,P. Minkowski,Ramon Miquel,Klaus Mönig,Guido Montagna,Gudrid Moortgat-Pick,P. Mora de Freitas,Grégory Moreau,M. Moretti,Stefano Moretti,L. Motyka,G. Moultaka,M. Muhlleitner,U. Nauenberg,Richard Nisius,H. Nowak,Thorsten Ohl,R. Orava,J. Orloff,Per Osland,G. Pancheri,A. A. Pankov,Costas G. Papadopoulos,N. Paver,D. Peralta,H. T. Phillips,F. Picinini,W. Placzek,M. Pohl,Werner Porod,Alexander Pukhov,Alexei Raspereza,D. Reid,Sabine Riemann,Tord Riemann,S. Rosati,M. Roth,S. Roth,Christophe Royon,Reinhold Rückl,E. Ruiz-Morales,M. Sachwitz,Jochen Schieck,H. J. Schreiber,Daniel Schulte,Markus Schumacher,R. Settles,Michael H. Seymour,Rezo Shanidze,Torbjörn Sjöstrand,M. Skrzypek,S. Söldner-Rembold,Andre Sopczak,Hubert Spiesberger,Michael Spira,H. Steiner,M. Stratmann,Y. Sumino,Stefan Tapprogge,Valery I. Telnov,Thomas Teubner,A. Tonazzo,Clara Troncon,O. Veretin,Claudio Verzegnassi,A. Vest,Alessandro Vicini,H. Videau,W. Vogelsang,Andreas Vogt,H. Vogt,Doreen Wackeroth,A. P. Wagner,S. Wallon,Georg Weiglein,S. Weinzierl,Thorsten Wengler,Norbert Wermes,A. Werthenbach,Graham Wilson,M. A. Winter,Aleksander Filip Zarnecki,B. Ziaja,J. Zochowski +237 more
TL;DR: The TESLA Technical Design Report Part III: Physics at an e+e-linear Collider as mentioned in this paper, Part III, Section 3, Section 2.1, Section 4.
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The role of polarized positrons and electrons in revealing fundamental interactions at the Linear Collider
Gudrid Moortgat-Pick,T. Abe,Gideon Alexander,B. Ananthanarayan,A.A. Babich,V. Bharadwaj,D. Barber,Alfred Bartl,A. Brachmann,Sai-Juan Chen,James Clarke,J.E. Clendenin,J. B. Dainton,Klaus Kurt Desch,M. Diehl,B. Dobos,T. Dorland,Helmut Eberl,Jonathan Richard Ellis,K. Flöttmann,H. Fraas,F. Franco-Sollova,F. Franke,Ayres Freitas,J. Goodson,J. Gray,A. Han,S. Heinemeyer,S. Hesselbach,T. Hirose,K. Hohenwarter-Sodek,J. Kalinowski,Thomas Kernreiter,O. Kittel,Sabine Kraml,W. Majerotto,A. Martinez,H.U. Martyn,W. Menges,Alexander Mikhailichenko,Klaus Mönig,K.C. Moffeit,Stefano Moretti,O. Nachtmann,F. Nagel,Tsutomu Nakanishi,U. Nauenberg,Tsunehiko Omori,Per Osland,A. A. Pankov,N. Paver,R. Pitthan,R. Pöschl,Werner Porod,J. Proulx,Peter J. Richardson,Sabine Riemann,Saurabh D. Rindani,Tom Rizzo,P. Schüler,C. Schwanenberger,D. J. Scott,J. C. Sheppard,Ritesh K. Singh,Hubert Spiesberger,Achim Stahl,H. M. Steiner,Alexander Wagner,Georg Weiglein,Graham Wilson,M. Woods,P.M. Zerwas,Jing Ru Zhang,Fabian Zomer +73 more
TL;DR: In this paper, the International Linear Collider (ILC) is used for discovering physics beyond the Standard Model and for unraveling the structure of the underlying physics, and the physics return can be maximized by the use of polarized beams.
Journal ArticleDOI
Physics with e+e− linear colliders
Elena Accomando,Attilio Andreazza,H. Anlauf,Alessandro Ballestrero,Timothy Barklow,J. Bartels,A. Bartl,Marco Battaglia,W. Beenakker,Geneviève Bélanger,W. Bernreuther,J. Biebel,J. Binnewies,Johannes Blümlein,E. E. Boos,F. Borzumati,Fawzi Boudjema,A. Brandenburg,P. J. Bussey,Matteo Cacciari,Roberto Casalbuoni,A. Corsetti,S. De Curtis,F. Cuypers,G. Daskalakis,Aldo Deandrea,Ansgar Denner,M. Diehl,S. Dittmaier,Abdelhak Djouadi,Daniele Dominici,Herbert K. Dreiner,Helmut Eberl,Ulrich Ellwanger,R. Engel,K. Flöttmann,H. Franz,T. Gajdosik,Raoul Gatto,H. Genten,Rohini M. Godbole,G. Gounaris,Mario Greco,Jean-Francois Grivaz,D. Guetta,D. Haidt,Robert V. Harlander,H.J. He,W. Hollik,Katri Huitu,P. Igo-Kemenes,V. A. Ilyin,Patrick Janot,Fred Jegerlehner,M. Jezabek,B. Jim,J. Kalinowski,W. Kilian,B.R. Kim,T. Kleinwort,Bernd A. Kniehl,Michael Kramer,Gustav Kramer,Sabine Kraml,A. Krause,Maria Krawczyk,Alexander Kryukov,Jens H. Kuhn,Aristotelis Kyriakis,A. Leike,H. Lotter,Jukka Maalampi,W. Majerotto,C. Markou,M. I. Martínez,U. Martyn,Barbara Mele,D. J. Miller,Ramon Miquel,A. Nippe,H. Nowak,Thorsten Ohl,Per Osland,P. Overmann,G. Pancheri,A. A. Pankov,Costas G. Papadopoulos,N. Paver,A. Pietila,M. Peter,M. Pizzio,Tilman Plehn,M. Pohl,N. Polonsky,W. Porod,Alexander Pukhov,Martti Raidal,Sabine Riemann,Tord Riemann,K. Riesselmann,I. Riu,A. De Roeck,Janusz Rosiek,Reinhold Rückl,H. J. Schreiber,Daniel Schulte,R. Settles,Rezo Shanidze,S. Shichanin,E. Simopoulou,Torbjörn Sjöstrand,J. G. Smith,Andre Sopczak,Hubert Spiesberger,Thomas Teubner,C. Troncon,C. Vander Velde,Andreas Vogt,R. Vuopionper,Alexander Wagner,J. Ward,Max Weber,B. H. Wiik,G. W. Wilson,P.M. Zerwas +124 more
TL;DR: The physics potential of linear linear colliders has been discussed in this paper, where the authors describe the potential for the discovery of particles in supersymmetric extensions of the Standard Model, the spectrum of Higgs particles, the super-ymmetric partners of the electroweak gauge and Higgs bosons.
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Supersymmetry Parameter Analysis: SPA Convention and Project
Juan Antonio Aguilar-Saavedra,Ahmed Ali,Benjamin C. Allanach,Richard L. Arnowitt,Howard Baer,Jonathan Bagger,Csaba Balázs,Vernon Barger,Michael Barnett,A. Bartl,Marco Battaglia,Philip Bechtle,Geneviève Bélanger,Alexander Belyaev,Edmond L. Berger,G.A. Blair,Edouard Boos,Marcela Carena,S.Y. Choi,Frank F. Deppisch,A. De Roeck,Klaus Desch,Marco Aurelio Diaz,Abdelhak Djouadi,Bhaskar Dutta,S. Dutta,S. Dutta,Helmut Eberl,John Ellis,Jens Erler,H. Fraas,Ayres Freitas,T. Fritzsche,Rohini M. Godbole,G. Gounaris,Jaume Guasch,John F. Gunion,Naoyuki Haba,Howard E. Haber,K. Hagiwara,Liyuan Han,Tao Han,Hong-Jian He,Sven Heinemeyer,S. Hesselbach,Keisho Hidaka,I. Hinchliffe,Martin Hirsch,K. Hohenwarter-Sodek,Wolfgang Hollik,W. S. Hou,Tobias Hurth,Tobias Hurth,I. Jack,Yi Jiang,D.R.T. Jones,J. Kalinowski,T. Kamon,Gordon L. Kane,Sin Kyu Kang,Thomas Kernreiter,Wolfgang Kilian,Choong Sun Kim,Stephen F. King,O. Kittel,Michael Klasen,J. L. Kneur,K. Kovarik,Michael Kramer,Sabine Kraml,Remi Lafaye,Paul Langacker,Heather E. Logan,W. G. Ma,W. Majerotto,H. U. Martyn,Konstantin Matchev,David J. Miller,Myriam Mondragón,Gudrid Moortgat-Pick,Stefano Moretti,Takehiko Mori,Gilbert Moultaka,Steve Muanza,M. M. Mühlleitner,Biswarup Mukhopadhyaya,U. Nauenberg,Mihoko M. Nojiri,D. Nomura,H. Nowak,N. Okada,Keith A. Olive,W. Oller,Michael E. Peskin,Tilman Plehn,Giacomo Polesello,Werner Porod,Werner Porod,Fernando Quevedo,David L. Rainwater,Jürgen Reuter,Peter J. Richardson,Krzysztof Rolbiecki,Probir Roy,Reinhold Rückl,Heidi Rzehak,P. Schleper,Kim Siyeon,Peter Skands,P. Slavich,Dominik Stöckinger,Paraskevas Sphicas,Michael Spira,Tim M. P. Tait,Daniel Tovey,José W. F. Valle,Carlos E. M. Wagner,Carlos E. M. Wagner,Ch. Weber,Georg Weiglein,Peter Wienemann,Z.-Z. Xing,Y. Yamada,Jin Min Yang,D. Zerwas,P.M. Zerwas,Ren-You Zhang,X. Zhang,S.-H. Zhu +128 more
TL;DR: In this article, a supersymmetry Parameter Analysis SPA (SPA) scheme is proposed based on a consistent set of conventions and input parameters, which connect parameters in different schemes and relate the Lagrangian parameters to physical observables at LHC and high energy e+e-linear collider experiments.
Journal ArticleDOI
The role of polarized positrons and electrons in revealing fundamental interactions at the Linear Collider
Gudrid Moortgat-Pick,Gudrid Moortgat-Pick,T. Abe,Gideon Alexander,B. Ananthanarayan,A.A. Babich,V. Bharadwaj,D. Barber,Alfred Bartl,A. Brachmann,Sai-Juan Chen,James Clarke,J.E. Clendenin,J. B. Dainton,Klaus Desch,M. Diehl,B. Dobos,T. Dorland,Herbi K. Dreiner,Helmut Eberl,Jonathan Richard Ellis,K. Flöttmann,H. Fraas,F. Franco-Sollova,F. Franke,Ayres Freitas,J. Goodson,J. Gray,A. Han,Sven Heinemeyer,S. Hesselbach,S. Hesselbach,T. Hirose,K. Hohenwarter-Sodek,A. Juste,J. Kalinowski,Thomas Kernreiter,O. Kittel,Sabine Kraml,Ulrich Langenfeld,W. Majerotto,A. Martinez,H. U. Martyn,Alexander Mikhailichenko,C. Milstene,W. Menges,N. Meyners,Klaus Mönig,K.C. Moffeit,Stefano Moretti,O. Nachtmann,F. Nagel,Tsutomu Nakanishi,U. Nauenberg,H. Nowak,Tsunehiko Omori,Per Osland,Per Osland,A. A. Pankov,N. Paver,R. Pitthan,R. Pöschl,Werner Porod,Werner Porod,J. Proulx,Peter J. Richardson,Sabine Riemann,Saurabh D. Rindani,Thomas G. Rizzo,A. Schälicke,P. Schüler,C. Schwanenberger,D. J. Scott,J. C. Sheppard,Ritesh K. Singh,Andre Sopczak,H. Spiesberger,Achim Stahl,H. M. Steiner,Alexander Wagner,A.M. Weber,Georg Weiglein,Graham Wilson,M. Woods,P.M. Zerwas,Jing Ru Zhang,F. Zomer +86 more
TL;DR: In this paper, the International Linear Collider (ILC) is used for discovering physics beyond the Standard Model and for unraveling the structure of the underlying physics, and the physics return can be maximized by the use of polarized beams.