F. Brümmer
University of Montpellier
4 Papers
117 Citations
F. Brümmer is an academic researcher from University of Montpellier. The author has contributed to research in topics: Physics beyond the Standard Model & Supersymmetry. The author has an hindex of 4, co-authored 4 publications.
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Papers
Physics at the e+ e- linear collider
Gudrid Moortgat-Pick,Howard Baer,Marco Battaglia,Geneviève Bélanger,Keisuke Fujii,J. Kalinowski,Sven Heinemeyer,Y. Kiyo,Keith A. Olive,Frank Simon,Peter Uwer,Doreen Wackeroth,P.M. Zerwas,A. Arbey,A. Arbey,Masaki Asano,Jonathan Bagger,Jonathan Bagger,Philip Bechtle,A. Bharucha,A. Bharucha,J. E. Brau,F. Brümmer,Seong Youl Choi,Ansgar Denner,Klaus Kurt Desch,Stefan Dittmaier,Ulrich Ellwanger,Christoph Englert,Ayres Freitas,I.F. Ginzburg,Stephen Godfrey,Nicolas Greiner,Christophe Grojean,Martin Grunewald,Jan Heisig,A. Höcker,Shinya Kanemura,Kiyotomo Kawagoe,Roman Kogler,Maria Krawczyk,Andreas S. Kronfeld,Juergen Kroseberg,Stefan Liebler,Jenny List,Farvah Mahmoudi,Farvah Mahmoudi,Yann Mambrini,S. Matsumoto,Joachim Mnich,Klaus Mönig,M. M. Mühlleitner,R. Pöschl,Werner Porod,Stefano Porto,Krzysztof Rolbiecki,Krzysztof Rolbiecki,Michael Schmitt,Pasquale D. Serpico,Marcel Michael Stanitzki,Oscar Stål,T. Stefaniak,Dominik Stöckinger,Georg Weiglein,Graham Wilson,Lisa Zeune,Filip Moortgat,Stefania Xella,Jonathan Richard Ellis,Jonathan Richard Ellis,Sachio Komamiya,Michael E. Peskin,D. Schlatter,Alexander Wagner,Hitoshi Yamamoto +74 more
TL;DR: In this article, a comprehensive review of physics at an LHC in the energy range of $e+e^-$ −1/3/TeV is presented in view of recent and expected LHC results, experiments from low energy as well as astroparticle physics.
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Physics at the e+ e- Linear Collider
Gudrid Moortgat-Pick,Howard Baer,M. Battaglia,Geneviève Bélanger,Keisuke Fujii,J. Kalinowski,Sven Heinemeyer,Y. Kiyo,Keith A. Olive,Frank Simon,P. Uwer,Doreen Wackeroth,P.M. Zerwas,A. Arbey,Masaki Asano,Jonathan Bagger,Philip Bechtle,A. Bharucha,J. E. Brau,F. Brümmer,Seong Youl Choi,Ansgar Denner,Klaus Kurt Desch,S. Dittmaier,U. Ellwanger,Christoph Englert,Ayres Freitas,I.F. Ginzburg,Stephen Godfrey,Nicolas Greiner,C. Grojean,Martin Grunewald,Jan Heisig,A. Hocker,Shinya Kanemura,Kiyotomo Kawagoe,Roman Kogler,Maria Krawczyk,Andreas S. Kronfeld,Juergen Kroseberg,Stefan Liebler,Jenny List,Farvah Mahmoudi,Yann Mambrini,S. Matsumoto,Joachim Mnich,Klaus Mönig,M. Muhlleitner,R. Pöschl,Werner Porod,Stefano Porto,Krzysztof Rolbiecki,M. H. Schmitt,Pasquale D. Serpico,Marcel Michael Stanitzki,Oscar Stål,Tim Stefaniak,D. Stöckinger,Georg Weiglein,G. W. Wilson,L. Zeune,F. Moortgat,Stefania Xella +62 more
TL;DR: A comprehensive review of physics at an e+e-linear Collider in the energy range of 2.92 GeV-3 TeV is presented in view of recent and expected LHC results, experiments from low energy as well as astroparticle physics as mentioned in this paper.
Well-tempered n-plet dark matter
TL;DR: In this paper, simple effective models of fermionic WIMP dark matter are studied, where the dark matter candidate is a mixture of a Standard Model singlet and an n-plet of SU(2) with n >= 3, stabilized by a discrete symmetry.
Well-tempered n-plet dark matter
TL;DR: In this article, simple effective models of fermionic WIMP dark matter were studied, where the dark matter candidate is a mixture of a Standard Model singlet and an n-plet of SU2 with n ≥ 3, stabilized by a discrete symmetry.