The K+ → π+ν(Equation presented) decay is a golden mode for search of New Physics in the flavour sector. The Standard Model prediction of its branching ratio is less than 10-10. The NA62 experiment at the CERN SPS is designed to study the K+ → π+ν(Equation presented) decay, and provides the world's most precise investigation of this decay. NA62 is a multi-purpose high-intensity kaon decay experiment, and also carries out a broad rare-decay and hidden-sector physics programme with dedicated trigger lines.

Search for physics beyond the Standard Model at NA62 / Fiorenza R., Akmete A., Aliberti R., Ambrosino F., Ammendola R., Angelucci B., Antonelli A., Anzivino G., Arcidiacono R., Ashraf M.U., Bache T., Baeva A., Baigarashev D., Bandiera L., Barbanera M., Bautin V., Bernhard J., Biagioni A., Bician L., Biino C., et al.. - In: POS PROCEEDINGS OF SCIENCE. - ISSN 1824-8039. - ELETTRONICO. - 476:(2025), pp. 445.0-445.0.

Search for physics beyond the Standard Model at NA62

Fiorenza R.;Bizzeti A.
;
Bucci F.
;
Canale N.;Cerri C.;Corvino M.;D'Agostini G.;Di Lella L.;Fantechi R.;Graham C.;Guida R.;Iacopini E.
;
Lari E.;Latino G.
;
Lenti M.
;
Leonardi E.;Mannelli I.;Marchevski R.
;
Migliore E.;Minucci E.;Panichi I.
;
Raggi M.;Ruggiero G.
;
Sergi A.;Turisini M.
;
Vicini P.;Volpe R.
;
2025

Abstract

The K+ → π+ν(Equation presented) decay is a golden mode for search of New Physics in the flavour sector. The Standard Model prediction of its branching ratio is less than 10-10. The NA62 experiment at the CERN SPS is designed to study the K+ → π+ν(Equation presented) decay, and provides the world's most precise investigation of this decay. NA62 is a multi-purpose high-intensity kaon decay experiment, and also carries out a broad rare-decay and hidden-sector physics programme with dedicated trigger lines.
2025
476
0
0
Fiorenza R.; Akmete A.; Aliberti R.; Ambrosino F.; Ammendola R.; Angelucci B.; Antonelli A.; Anzivino G.; Arcidiacono R.; Ashraf M.U.; Bache T.; Baeva...espandi
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1424639
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