M
M. Suffert
Researcher at Ludwig Maximilian University of Munich
Publications - 4
Citations - 314
M. Suffert is an academic researcher from Ludwig Maximilian University of Munich. The author has contributed to research in topics: Resonance & Barrel (horology). The author has an hindex of 3, co-authored 4 publications receiving 307 citations.
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Journal ArticleDOI
The crystal barrel spectrometer at LEAR
E. Aker,Claude Amsler,I. Augustin,C. A. Baker,B. M. Barnett,C. J. Batty,R. Beckmann,P. Birien,James A. Bistirlich,P. Blüm,R. Bossingham,H. Bossy,K. Braune,D.V. Bugg,Mark J. Burchell,T. Case,S. Cierjacks,Kenneth M. Crowe,K. Dederichs,Michael Doser,W. Dünnweber,H. Emerich,D. Engelhardt,M. A. Faessler,C. Felix,G. Folger,J.M. Friedrich,R. Hackmann,R. P. Haddock,H. Hammer,F. H. Heinsius,N. P. Hessey,P. Illinger,D. Jamnik,H. Kalinowsky,B. Kämmle,T. Kiel,Eberhard Klempt,H. Koch,C. Kolo,K. Königsmann,F. Krennrich,Marcel Kunze,R. Landua,J. Lüdemann,H. Matthaey,M. Merkel,J. P. Merlo,C. A. Meyer,U. Meyer-Berkhout,L. Montanet,A. Noble,K. Peters,W. Rohrbach,A. H. Sanjari,E. Schäfer,B. Schmid,W. Schott,K. Sidiropoulos,S. Spanier,A. Staude,Chr. Strassburger,U. Strohbusch,M. Suffert,C. Sutton,D. Urner,C. Völcker,D. Walther,S. M. Walther,Ch. Weddigen,U. Wiedner,N. Winter,J. Zoll,Č. Zupančič +73 more
TL;DR: In this paper, the crystal Barrel spectrometer used at LEAR, CERN to study the products of pd annihilations is described and the performance of the detector is discussed.
Journal ArticleDOI
Observation of a 2+ + resonance at 1515 MeV in proton-antiproton annihilations into 3π0
E. Aker,Claude Amsler,I. Augustin,C.A. Baker,B. M. Barnett,C.J. Batty,R. Beckmann,P. Birien,James A. Bistirlich,P. Blüm,R. Bossingham,H. Bossy,K. Braune,Mark J. Burchell,T. Case,S. Cierjacks,Kenneth M. Crowe,K. Dederichs,W. Dünnweber,D. Engelhardt,M. A. Faessler,C. Felix,G. Folger,R. P. Haddock,F. H. Heinsius,N. P. Hessey,Pàl Hidas,P. Illinger,D. Jamnik,H. Kalinowsky,B. Kämmle,T. Kiel,Eberhard Klempt,H. Koch,K. Königsmann,Marcel Kunze,R. Landua,B. Lewendel,H. Matthaey,M. Merkel,C. A. Meyer,U. Meyer-Berkhout,L. Montanet,C. Pegel,K. Peters,S. Ravndal,A. H. Sanjari,E. Schäfer,Bernhard Schmid,W. Schott,U. Strohbusch,M. Suffert,C. Sutton,D. Urner,D. Walther,S. M. Walther,U. Wiedner,U. Wiedner,N. Winter,J. Zoll,C. Zupancic +60 more
TL;DR: In this article, a J PC = 2 + + + resonance at a mass of 1515 ± 10 MeV with a width of 120 ± 10 MEV is used to explain the data.
Journal ArticleDOI
Production and decay of $\eta^{\prime}(958)$ and $\eta (1440)$ in $\bar p p$ annihilation at rest
Claude Amsler,A. V. Anisovich,CA Baker,B.M. Barnett,C. J. Batty,P. Blüm,K. Braune,V. Crede,Kenneth M. Crowe,M. Doser,W. Dünnweber,D. Engelhardt,M. A. Faessler,R. P. Haddock,F. H. Heinsius,N. P. Hessey,H. Kalinowsky,D. Jamnik,P. Kammel,J. Kisiel,Eberhard Klempt,Herbert Koch,Marcel Kunze,U. Kurilla,R. Landua,H. Matthäy,C. A. Meyer,F. Meyer-Wildhagen,R. Ouared,K. Peters,B. Pick,M. Ratajczak,C. Regenfus,J. Reinnarth,A. V. Sarantsev,U. Strohbusch,M. Suffert,J.S. Suh,U. Thoma,S. Wallis-Plachner,D. Walther,U. Wiedner +41 more
TL;DR: In this article, a study of four reactions at rest in the $4\pi$€€ 0.064$€ 1.5€ 1€ 2€ 4€ 0 € 0.
Proceedings ArticleDOI
The LEAR Crystal Barrel Detector
K. Braune,S. Keh,L. Montanet,J. Zoll,R. Beckmann,J.M. Friedrich,H. Heinsius,T. Kiel,B. Lewendel,C. Pegel,U. Strohbusch,P. Blüm,S. Cierjacks,D. Engelhardt,Herbert Koch,Marcel Kunze,H. Matthaey,W. Rohrbach,W. Schott,D. Walther,Ch. Weddigen,N. Winter,James A. Bistirlich,R. Bossingham,H. Bossy,Kenneth M. Crowe,A. Miller,D.V. Bugg,A. J. Sanjari,R.P. Haddock,J. Beden,M. Guckes,H. Kalinowsky,Eberhard Klempt,M. Merkel,K. Peters,G. Reifenröther,J. Reifenröther,P. Weidenauer,U. Wiedner,P. Birien,H. Emerich,M. A. Faessler,G. Folger,D. Jamnik,K. Koenigsmann,U. Meyer-Berkhout,A. Staude,Č. Zupančič,C.A. Baker,C.J. Batty,Nigel Hessey,M. Suffert,E. Aker,Claude Amsler,C. A. Meyer,B. Schmid +56 more
TL;DR: The Crystal Barrel Detector as discussed by the authors was used in the LEAR at CERN 2011. The physics aims include qq and exotics-spectroscopy and a detailed investigation of yet unknown pp-anihilation channels.