M
M. Passaseo
Researcher at CERN
Publications - 10
Citations - 117
M. Passaseo is an academic researcher from CERN. The author has contributed to research in topics: Quantum chromodynamics & EPROM. The author has an hindex of 6, co-authored 10 publications receiving 117 citations.
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Journal ArticleDOI
Measurements of charmed-meson production in interactions between 350 GeV/c π− particles and nuclei
M. I. Adamovich,Yu. Alexandrov,Corrado Angelini,Dario Barberis,J. Batten,Filippo Ceradini,C. Cianfarani,M. Dameri,G. Darbo,A. Duane,V. Flaminio,A. Forino,B. R. French,A. Frenkel,C. Gemme,K. Harrison,R. Hurst,A. Kirk,C. Lazzeroni,L. Malferrari,G. Martellotti,Paolo Martinengo,P. Mazzanti,J.G. McEwen,P. Nechaeva,Bianca Maria Osculati,M. Passaseo,Gianni Penso,A. Quareni,L. Rossi,M. Verzocchi,D. Websdale,L. Zanello,M. V. Zavertyaev +33 more
TL;DR: In this article, the authors studied charmed meson production by 350 GeV/c π − particles incident on copper and tungsten targets at the CERN Ω′ spectrometer.
Journal ArticleDOI
WA92: A fixed target experiment to trigger on and identify beauty particle decays
M. I. Adamovich,M. Adinolfi,Yu. Alexandrov,C. Angelini,Federico Antinori,C. Bacci,G.J. Barber,Dario Barberis,D. Barney,J. Batten,W. Beusch,Claudio Bruschini,Roberto Cardarelli,Alessandro Cardini,V. Casanova,Filippo Ceradini,G. Ciapetti,M. Dameri,Giovanni Darbo,A. Di Ciaccio,A. Duane,J. P. Dufey,P. Farthouat,V. Flaminio,A. Forino,B. R. French,A. Frenkel,C. Gemme,R. Gessaroli,K. Harrison,N. Hummadi,R. Hurst,A. Kirk,Francesco Lacava,J. C. Lassalle,C. Lazzeroni,L. Malferrari,S. Maljukov,G. Martellotti,P. Martinengo,P. Mazzanti,J.G. McEwen,Irakli Minashvili,P. Musico,P. Nechaeva,Aleandro Nisati,Domizia Orestano,B. Osculati,M. Passaseo,Gianni Penso,Emilio Petrolo,Ludovico Pontecorvo,A. Quareni,H. Rotscheidt,V. Ryzhov,Chiara Roda,Leonardo Paolo Rossi,N. Russakovich,C. Salvo,R. Santonico,G. Schuler,A. Semenov,A. Solovjev,M. Torelli,Stefano Veneziano,F. Vernocchi,M. Verzocchi,David Websdale,M. Weymann,L. Zanello,M. V. Zavertyaev +70 more
TL;DR: In this article, the authors describe the detectors and trigger system used in the CERN WA92 experiment, which was designed to study the production and decay of beauty particles from 350 GeV/c π − interactions in copper and tungsten targets.
Journal ArticleDOI
The beauty contiguity trigger of the BEATRICE experiment: detector, readout and processor overview
A. Beer,A. Corre,P. Farthouat,L. Malferrari,M. Passaseo,V. Ryzhov,G. Schuler,M. Weymann,Claudio Bruschini,V. Casanova,Giovanni Darbo,P. Martinengo,Leonardo Paolo Rossi,C. Salvo,A. Frenkel,M. Torelli,L. Zanello +16 more
TL;DR: The impact-parameter trigger used by the WA92 BEATRICE fixed-target experiment at the CERN Omega spectrometer was described in this paper, where a comprehensive description of the microstrip detector, readout electronics and trigger processor is given.
Journal ArticleDOI
A study of kinematical correlations between charmed particles produced in π-Cu interactions at √s = 26 GeV
M. I. Adamovich,M. Adinolfi,Yu. Alexandrov,Corrado Angelini,Dario Barberis,D. Barney,J. Batten,Claudio Bruschini,Alessandro Cardini,Filippo Ceradini,C. Cianfarani,G. Ciapetti,M. Dameri,Giovanni Darbo,A. Duane,V. Flaminio,A. Forino,B. R. French,A. Frenkel,Claudia Gemme,K. Harrison,N. Hummadi,R. Hurst,A. Kirk,C. Lazzeroni,L. Malferrari,G. Martellotti,Paolo Martinengo,P. Mazzanti,J.G. McEwen,P. Nechaeva,Aleandro Nisati,Domizia Orestano,Bianca Osculati,M. Palutan,M. Passaseo,Gianni Penso,Ludovico Pontecorvo,A. Quareni,H. Rotscheidt,Chiara Roda,Leonardo Paolo Rossi,Stefano Veneziano,M. Verzocchi,D. Websdale,L. Zanello,M. V. Zavertyaev +46 more
TL;DR: In this article, a sample of 475 events, in which two charmed-particle decays are observed, is analyzed to determine distributions of twoparticle kinematic variables.
Journal ArticleDOI
Results from an on-line non-leptonic neural trigger implemented in an experiment looking for beauty
C. Baldanza,F. Bisi,A. Cotta-Ramusino,I. D'Antone,L. Malferrari,P. Mazzanti,F. Odorici,R. Odorico,M. Zuffa,Claudio Bruschini,P. Musico,P. Novelli,M. Passaseo +12 more
TL;DR: In this article, a non-leptonic neural-network trigger was used to detect C3 secondary vertices (i.e., vertices having three tracks with sum of electric charges equal to +1 or −1).