Mikhail Bilenky
Istituto Nazionale di Fisica Nucleare
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Featured researches published by Mikhail Bilenky.
arXiv: High Energy Physics - Phenomenology | 1996
G. Gounaris; N.D. Vlachos; J. B. Hansen; Mikhail Bilenky; F.M. Renard; Z. Ajaltouni; P. Mättig; A. Tonazzo; J. Layssac; J.M. Rossignol; M. Tytgat; G. Moultaka; S. Tzamarias; C. Petridou; J. Kalinowski; Frits A. Berends; H. T. Phillips; M. Kocian; R. Rylko; J.M. Frere; V.C. Spanos; A. Arhrib; M. Diehl; Adrianus Izaak van Sighem; C. Verzegnassi; A. Blondel; Gideon Bella; J. Paschalis; C. Hartmann; M. Grunewald
We present the results obtained by the Triple Gauge Couplings working group during the LEP2 Workshop (1994-1995). The report concentrates on the measurement of
arXiv: High Energy Physics - Phenomenology | 1997
Dmitri Yu. Bardin; Giampiero Passarino; F. Piccinini; A. N. Rozanov; V. Novikov; Mikhail Bilenky; W. Beenakker; A. Olshevsky; G. Montagna; Tord Riemann; S. Riemann; M. Martinez; O. Nicrosini; M. Vysotsky; F. Teubert; L.B. Okun; W. Hollik
WWgamma
Physical Review Letters | 1997
German Rodrigo; Arcadi Santamaria; Mikhail Bilenky
and
Nuclear Physics | 1999
German Rodrigo; Mikhail Bilenky; Arcadi Santamaria
WWZ
Nuclear Physics | 1995
Mikhail Bilenky; German Rodrigo; Arcadi Santamaria
couplings in
Journal of Physics G | 1999
German Rodrigo; Arcadi Santamaria; Mikhail Bilenky
e^-e^+to W^-W^+
Physical Review D | 1999
Mikhail Bilenky; Salvador Marti; Joan Fuster; Susana Caberera; Arcadi Santamaria; German Rodrigo
or, more generally, four-fermion production at LEP2. In addition the detection of new interactions in the bosonic sector via other production channels is discussed.
Physical Review Letters | 1997
German Rodrigo; Arcadi Santamaria; Mikhail Bilenky
The report summarizes the results of the activities of the Working Group on Precision Calculations for the Z Resonance at CERN during 1994.
arXiv: High Energy Physics - Phenomenology | 1999
Mikhail Bilenky; German Rodrigo; Arcadi Santamaria
We present the first results of next-to-leading order QCD corrections to three-jet heavy quark production at the CERN e{sup +}e{sup {minus}} collider LEP including mass effects. Among other applications, this calculation can be used to extract the bottom-quark mass from LEP data and, therefore, to test the running of masses as predicted by QCD. {copyright} {ital 1997} {ital The American Physical Society}
arXiv: High Energy Physics - Phenomenology | 1998
Germán Rodrigo; Arcadi Santamaria; Mikhail Bilenky
Abstract We present a detailed description of our calculation of next-to-leading order QCD corrections to heavy quark production in e+e− collisions including mass effects. In particular, we study the observables R3bl and D2bl in the E, EM, JADE and DURHAM jet-clustering algorithms and show how one can use these observables to obtain mb(mz) from data at the Z peak.