R
Robert K. Kutschke
Researcher at Natural Sciences and Engineering Research Council
Publications - 179
Citations - 5096
Robert K. Kutschke is an academic researcher from Natural Sciences and Engineering Research Council. The author has contributed to research in topics: Electron–positron annihilation & Meson. The author has an hindex of 36, co-authored 172 publications receiving 4917 citations.
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Journal ArticleDOI
Observation of B0-B0 mixing
H. Albrecht,A.A. Andam,U. Binder,P. Böckmann,R. Gläser,G. Harder,A. Nippe,M. Schäfer,W. Schmidt-Parzefall,H. Schröder,Holger Schulz,R. Wurth,A. Yagil,J. P. Donker,A. Drescher,D. Kamp,Hermann Kolanoski,U. Matthiesen,H. Scheck,B. Spaan,J. Spengler,D. Wegener,C. Ehmann,J. C. Gabriel,T. Ruf,K. R. Schubert,J. Stiewe,K. Strahl,Roland Waldi,S. Weseler,K. W. Edwards,William R. Frisken,D. J. Gilkinson,Douglas Gingrich,H. Kapitza,P. C. H. Kim,Robert K. Kutschke,D. B. Macfarlane,J. A. McKenna,K. W. McLean,A. W. Nilsson,R. S. Orr,P. Padley,J. A. Parsons,P. M. Patel,J. D. Prentice,H. C. J. Seywerd,J. D. Swain,G. Tsipolitis,T. S. Yoon,J. C. Yun,R. Ammar,D. Coppage,R. Davis,S. Kanekal,N. Kwak,B. Boštjančič,G. Kernel,M. Pleško,Leif J. Jönsson,Anton Babaev,M. Danilov,B. Fominykh,A. Golutvin,I. V. Gorelov,V. Lubimov,V. Matveev,V. Nagovitsin,V. Ryltsov,A. Semenov,V. Shevchenko,V. Soloshenko,V. Tchistilin,I. Tichomirov,Yu. Zaitsev,R. Childers,C. W. Darden,Y. Oku,H. Gennow +78 more
TL;DR: In this paper, the ARGUS detector at the DORIS II storage ring has been used in three different ways for B0-B 0 mixing in ϒ (4S) decays.
Journal ArticleDOI
Search for hadronic b→u decays
H. Albrecht,R. Gläser,G. Harder,A. Krüger,A. W. Nilsson,A. Nippe,T. Oest,M. Reidenbach,M. Schäfer,W. Schmidt-Parzefall,H. Schröder,Holger Schulz,F. Sefkow,R. Wurth,R. D. Appuhn,A. Drescher,C. Hast,G. Herrera,Hermann Kolanoski,A. Lange,A. Lindner,Rainer Mankel,H. Scheck,G. Schweda,B. Spaan,A. Walther,D. Wegener,Manfred Paulini,K. Reim,U. Volland,H. Wegener,Wolfgang Funk,J. Stiewe,S. Werner,S. Ball,J. C. Gabriel,C. Geyer,A. Hölscher,Werner Hofmann,B. Holzer,S. Khan,John D. Spengler,C. E. K. Charlesworth,K. W. Edwards,William R. Frisken,H. Kapitza,P. Krieger,Robert K. Kutschke,D. B. Macfarlene,K. W. McLean,R. S. Orr,J. A. Parsons,P. M. Patel,J. D. Prentice,Sally Seidel,J. D. Swain,G. Tsipolitis,K. Tzamariudaki,T. S. Yoon,T. Ruf,Stefan Schael,K. R. Schubert,K. Strahl,R. Waldi,S. Weseler,B. Boštjančič,G. Kernel,P. Križan,E. Križnič,H. I. Cronström,Leif J. Jönsson,Anton Babaev,M. Danilo,B. Fominykh,A. Golutvin,I. V. Gorelov,V. Lubimov,A. Rostovtsev,A. Semenov,Sergey Semenov,V. Shevchenko,V. Soloshenko,V. Tchistilin,I. Tichomirov,Yu. Zaitsev,R. Childers,C. W. Darden +86 more
TL;DR: In this paper, a systematic analysis of B meson decays into pions has been performed for decay modes with 2−7 pions in the final state, and the upper limits obtained on various branching ratios are consistent with the current model predictions.
Journal ArticleDOI
Evidence for penguin-diagram decays: First observation of B→K*(892)γ
R. Ammar,S. Ball,Philip Baringer,D. Coppage,N. Copty,R. Davis,N. Hancock,M. Kelly,N. Kwak,Ha Lam,Yuichi Kubota,M. Lattery,Janice Nelson,S. J. Patton,D. Perticone,R. Poling,V. Savinov,S. Schrenk,R. Wang,M. S. Alam,I. J. Kim,B. Nemati,J. J. O'Neill,Horst Severini,C. R. Sun,M. M. Zoeller,Glen D. Crawford,M. Daubenmeir,R. Fulton,D. Fujino,K. K. Gan,K. Honscheid,H. Kagan,R. D. Kass,Jungil Lee,R. L. Malchow,F. Morrow,Y. Skovpen,M.K. Sung,Christopher G. White,J. Whitmore,P. Wilson,F. Butler,X. Fu,George R. Kalbfleisch,M. Lambrecht,W. R. Ross,P. Skubic,J. Snow,P. L. Wang,Michael Wood,Daniela Bortoletto,D. N. Brown,J. Fast,R. L. McIlwain,T. Miao,D. H. Miller,M. Modesitt,S.F. Schaffner,E. I. Shibata,I. P. J. Shipsey,Pu Wang,M. Battle,J. A. Ernst,Hubert Kroha,S. Roberts,K. Sparks,E. H. Thorndike,Cong Wang,J. Dominick,S. Sanghera,T. Skwarnicki,Ryszard Stroynowski,Marina Artuso,D. He,M. Goldberg,N. Horwitz,R. Kennett,G. C. Moneti,F. Muheim,Yurii V. Mukhin,S. Playfer,Yoram Rozen,Sheldon Stone,M. Thulasidas,G. Vasseur,G. Zhu,John E. Bartelt,S. E. Csorna,Z. Egyed,Vipul Jain,Paul Sheldon,D. S. Akerib,B. C. Barish,M. Chadha,S. Chan,D. F. Cowen,G. Eigen,J. S. Miller,C. O'Grady,J. Urheim,A. J.R. Weinstein,Darin Acosta,M. Athanas,G. Masek,B. Ong,H. P. Paar,M. Sivertz,Alice Bean,J. Gronberg,Robert K. Kutschke,S. Menary,R. J. Morrison,S. Nakanishi,H. N. Nelson,T. K. Nelson,J. D. Richman,Anders Ryd,H. Tajima,Daniel Schmidt,David Sperka,Michael S. Witherell,M. Procario,Shengfeng Yang,R. Balest,K. Cho,M. Daoudi,W. T. Ford,D. R. Johnson,K. Lingel,M. Lohner,P. Rankin,J. G. Smith,J. P. Alexander,C. Bebek,Karl Berkelman,D. Z. Besson,T. E. Browder,D. G. Cassel,H. A. Cho,D. M. Coffman,P. S. Drell,R. Ehrlich,M. Garcia-Sciveres,B. Geiser,B. Gittelman,S. W. Gray,D. L. Hartill,B. K. Heltsley,C. D. Jones,S. L. Jones,J. Kandaswamy,N. Katayama,P. C. Kim,D. L. Kreinick,G. S. Ludwig,J. Masui,J. Mevissen,N. B. Mistry,C. R. Ng,E. Nordberg,M. Ogg,Juliet Ritchie Patterson,D. Peterson,D. Riley,S. Salman,M. Sapper,H. Worden,Frank Würthwein,Paul Avery,A. P. Freyberger,J. L. Rodriguez,R. Stephens,John Yelton,D. Cinabro,Shawn W. Henderson,K. Kinoshita,T. Liu,M. Saulnier,F. Shen,Robert Wilson,H. Yamamoto,Mats A Selen,A. J. Sadoff +183 more
TL;DR: The average branching fraction is (4.5[plus minus]1.9)[times]10[sup [minus]5]. This value is consistent with standard model predictions from electromagnetic penguin diagrams as mentioned in this paper.
Posted Content
B Physics at the Tevatron: Run II and Beyond
K. Anikeev,D. Atwood,F. Azfar,S. Bailey,Christian W. Bauer,W. H. Bell,Geoffrey T. Bodwin,Eric Braaten,Gustavo Burdman,J. N. Butler,K. L. Byrum,N. M. Cason,A. Cerri,H. W. K. Cheung,Amol Dighe,S. Donati,Richard Keith Ellis,Adam F. Falk,G. Feild,Sean Fleming,I. K. Furic,Susan Gardner,Yuval Grossman,G. Gutierrez,W. Hao,B. W. Harris,J.L. Hewett,Gudrun Hiller,R. Jesik,Matthew Jones,P. A. Kasper,Aida X. El-Khadra,M. Kirk,V. V. Kiselev,J. Kroll,Andreas S. Kronfeld,Robert K. Kutschke,Valentin Kuznetsov,E. Laenen,Jungil Lee,Adam K. Leibovich,J. D. Lewis,Zoltan Ligeti,A. K. Likhoded,Heather E. Logan,Michael Luke,A. K.A. Maciel,Gobinda Majumder,Petar Maksimovic,Maria Aldaya Martin,S. Menary,Paolo Nason,Ulrich Nierste,Yosef Nir,L. V. Nogach,E. Norrbin,Carlo Oleari,V. Papadimitriou,Manfred Paulini,C. Paus,M. Petteni,R. Poling,M. Procario,G. Punzi,Helen R. Quinn,A. Rakitine,Giovanni Ridolfi,K. Shestermanov,G. Signorelli,João P. Silva,Tomasz Skwarnicki,A. Smith,B. Speakman,Kevin Stenson,F. Stichelbaut,Sheldon Stone,Konstanty Sumorok,M. Tanaka,Wendy Taylor,William Trischuk,J. Tseng,R. Van Kooten,Andrey Vasiliev,M. Voloshin,Jing Wang,A. B. Wicklund,Frank Würthwein,N. Xuan,J. Yarba,K. Yip,A. Zieminski +90 more
TL;DR: A comprehensive overview of the prospects for B physics at the Tevatron can be found in this paper, which includes introductory chapters on theoretical and experimental tools emphasizing aspects of B physics specific to hadron colliders, as well as overviews of the CDF, D0, and BTeV detectors.
Journal ArticleDOI
Argus: A universal detector at DORIS II
H. Albrecht,U. Binder,P. Böckmann,G. Drews,R. Gläser,G. Harder,H. Hasemann,A. Krolzig,E. Michel,W. Reinsch,W. Schmidt-Parzefall,H. Schröder,Holger Schulz,F. Selonke,E. Steinmann,R. Wurth,A. Drescher,B. Gräwe,Werner Hofmann,D. Kamp,A. Markees,U. Matthiesen,H. Scheck,B. Spaan,J. Spengler,D. Wegener,R. Heller,K. R. Schubert,J. Stiewe,K. Strahl,Roland Waldi,S. Weseler,K. W. Edwards,William R. Frisken,C. Fukunaga,D. J. Gilkinson,Douglas Gingrich,M. Goddard,H. Kapitza,P. C. H. Kim,Robert K. Kutschke,D. B. Macfarlane,J. A. McKenna,K. W. McLean,A. W. Nilsson,R. S. Orr,B.P. Padley,P. M. Patel,J. D. Prentice,H. C. J. Seywerd,J. D. Swain,G. Tsipolitis,T. S. Yoon,J. C. Yun,R. Ammar,D. Coppage,R. Davis,S. Kanekal,N. Kwak,Leif J. Jönsson,A. Arefiev,Anton Babaev,M. Danilov,A. Golutvin,V. Lubimov,Viktor Matveev,V. Nagovitsin,V. Ryltsov,A. Semenov,Yu. Semenov,V. Shevchenko,V. Soloshenko,V. Tchistilin,I. Tichomirov,Yu. Zaitsev,R. Childers,C. W. Darden,H. Gennow,Y. Oku +78 more
TL;DR: The ARGUS detector as mentioned in this paper was designed as a universal tool to investigate final states from e + e − annihilation processes in the energy range of the ϒ resonances, and has since successfully taken data at the 2S, 3S, and 4S energies, and in the nearby continuum.