Results 11 to 20 of about 10,169 (264)
Rare Decays [PDF]
EPJ Web of Conferences, 2013 This review presents recent results on key measurements of rare B and τ decays performed at the LHC and the TeVatron. Its main focus lies on recent measurements of the decay B(s)0 → µ+µ− at the two colliders and of angular observables for the decay B0 ...Elsasser Christiandoaj +3 more sourcesTheory of rare K decays [PDF]
EPJ Web of Conferences, 2018 I review rare kaon decays. I introduce the flavor problem and possible solutions. Very rare kaon decays like K → πvv¯ are very important to this purpose: we study also K → πl+l-, K → ππee where chiral dynamics is important to disentangle short distance ...D’Ambrosio Giancarlodoaj +4 more sourcesRARE KAON DECAYS [PDF]
B Physics and CP Violation, 2000 8 pages, 3 figures, LaTeX, presented at the 3rd International Conference on B Phyiscs and CP Violation, Taipei December 3-7 ...L. Littenberg, G. Valencia +10 more sourcesRare Decays in CMS
ParticlesThe CMS experiment at the LHC has advanced precision measurements of rare B-meson and charm decays, offering insights into phenomena beyond the Standard Model (SM).Giacomo Fedidoaj +2 more sourcesSearch for the rare decays and at LHCb
Chinese Physics C, 2023 Abstract A search for the rare decays and is performed using proton-proton collision data collected by the LHCb experiment at a centre-of-mass energy of 13 LHCb Collaboration, Aaij R., Abdelmotteleb A. S. W., Abellan Beteta C., Abudinen F., Ackernley T., Adeva B., Adinolfi M., Adlarson P., Afsharnia H., Agapopoulou C., Aidala C. A., Ajaltouni Z., Akar S., Akiba K., Albrecht J., Alessio F., Alexander M., Alfonso Albero A., Aliouche Z., Alvarez Cartelle P., Amalric R., Amato S., Amey J. L., Amhis Y., An L., Anderlini L., Andersson M., Andreianov A., Andreotti M., Andreou D., Ao D., Archilli F., Artamonov A., Artuso M., Aslanides E., Atzeni M., Audurier B., Bachmann S., Bachmayer M., Back J. J., Bailly-Reyre A., Baladron Rodriguez P., Balagura V., Baldini W., De Souza Leite J. B., Barbetti M., Barlow R. J., Barsuk S., Barter W., Bartolini M., Baryshnikov F., Basels J. M., Bassi G., Batsukh B., Battig A., Bay A., Beck A., Becker M., Bedeschi F., Bediaga I. B., Beiter A., Belavin V., Belin S., Bellee V., Belous K., Belov I., Belyaev I., Benane G., Bencivenni G., Ben-Haim E., Berezhnoy A., Bernet R., Bernet Andres S., Berninghoff D., Bernstein H. C., Bertella C., Bertolin A., Betancourt C., Betti F., Bezshyiko I., Bhasin S., Bhom J., Bian L., Bieker M. S., Biesuz N. V., Bifani S., Billoir P., Biolchini A., Birch M., Bishop F. C. R., Bitadze A., Bizzeti A., Blago M. P., Blake T., Blanc F., Blank J. E., Blusk S., Bobulska D., Boelhauve J. A., Boente Garcia O., Boettcher T., Boldyrev A., Bolognani C. S., Bolzonella R., Bondar N., Borgato F., Borghi S., Borsato M., Borsuk J. T., Bouchiba S. A., Bowcock T. J. V., Boyer A., Bozzi C., Bradley M. J., Braun S., Brea Rodriguez A., Brodzicka J., Brossa Gonzalo A., Brown J., Brundu D., Buonaura A., Buonincontri L., Burke A. T., Burr C., Bursche A., Butkevich A., Butter J. S., Buytaert J., Byczynski W., Cadeddu S., Cai H., Calabrese R., Calefice L., Cali S., Calladine R., Calvi M., Calvo Gomez M., Campana P., Campora Perez D. H., Campoverde Quezada A. F., Capelli S., Capriotti L., Carbone A., Carboni G., Cardinale R., Cardini A., Carniti P., Carus L., Casais Vidal A., Caspary R., Casse G., Cattaneo M., Cavallero G., Cavallini V., Celani S., Cerasoli J., Cervenkov D., Chadwick A. J., Chapman M. G., Charles M., Charpentier P., Chavez Barajas C. A., Chefdeville M., Chen C., Chen S., Chernov A., Chernyshenko S., Chobanova V., Cholak S., Chrzaszcz M., Chubykin A., Chulikov V., Ciambrone P., Cicala M. F., Cid Vidal X., Ciezarek G., Ciullo G., Clarke P. E. L., Clemencic M., Cliff H. V., Closier J., Cobbledick J. L., Coco V., Coelho J. A. B., Cogan J., Cogneras E., Cojocariu L., Collins P., Colombo T., Congedo L., Contu A., Cooke N., Corredoira I., Corti G., Couturier B., Craik D. C., Cruz Torres M., Currie R., Da Silva C. L., Dai X., Dalseno J., D'Argent P., Davies J. E., De Aguiar Francisco O., De Bruyn K., De Cian M., De Freitas Carneiro Da Graca U., De Paula L., De Vries J. A., Delaney B., Dembinski H. -P., Deschamps O., Dey B., Diachkov I., Didenko S., Dudek M. W., Dziurda A., Egede U., Eisenhardt S., Ejopu E., Ene A., Esen S., Falcao L. N., Fang B., Faria M., Firlej M., Fitzpatrick C., Fiutowski T., Franco Lima V., Franzoso E., Fu J., Galati G., Gandini P., Garau M., Garcia Pardinas J., Garcia Rosales F. A., Giambastiani L., Giovannetti M., Giza M. A., Gkougkousis E. L., Gligorov V. V., Golubkov D., Golutvin A., Goncerz M., Gorelov I. V., Gotti C., Grauges E., Graverini E., Grecu A. T., Gromov S., Gruberg Cazon B. R., Gunther P. A., Hadavizadeh T., Hadjivasiliou C., Hasse C., Herd J., Heuel J., Idzik M., Ilten P., Jaimes Elles S. J., Jakobsen S., Kenzie M., Kholodenko S., Klaver S., Klimaszewski K., Kmiec M. R., Kopciewicz P., Koppenburg P., Kostiuk I., Kot O., Krupa W., Krzemien W., Lafferty G., Landesa Gomez C., Lane J. J., Latham T., Lazzari F., Lazzaroni M., Le Gac R., Lefevre R., Legotin S., Leroy O., Lesiak T., Li H., Lisovskyi V., Lobo Salvia A., Lopez Huertas A., Lopez Solino S., Lovell G. H., Lucarelli C., Lucchesi D., Lucio Martinez M., Lupato A., Luppi E., Maisuzenko D., Majewski M. W., Malczewski J. J., Manca G., Mancinelli G., Mancuso C., Manuzzi D., Manzari C. A., Marangotto D., Marchand J. F., Martelli G., Martinelli M., Martinez Santos D., Martinez Vidal F., Massafferri A., Mauri A., Mazurek M., McHugh N. T., McNab A., Mead J. V., Melnychuk D., Meloni S., Merli A., Meyer Garcia L., Mikhasenko M., Milanes D. A., Mitzel D. S., Morello M. J., Moron J., Mulder M., Naik P., Nasteva I., Needham M., Neri N., Normand C., Novoa Fernandez J., Nunez C., Oblakowska-Mucha A., Obraztsov V., Okamura S., Oldeman R., Oliva F., Onderwater C. J. G., Pajero T., Perazzini S., Pereiro Castro A., Petrolini A., Pica L., Piccini M., Plo Casasus M., Poli Lener M., Poluektov A., Prouve C., Qu S., Rabadan Trejo R. I., Rachwal B., Rama M., Rangel M. S., Raven G., Redi F., Ren Z., Resmi P. K., Ricci A. M., Robertson G., Rodrigues E., Rodriguez Rodriguez E., Romero Lamas M., Ruiz Fernandez R. A., Sahoo N., Salomoni M., Sanchez Gras C., Sanderswood I., Santacesaria R., Santamarina Rios C., Sarpis M., Sarti A., Savrina D., Scarabotto A., Scherl S., Schiller M., Schmitt S., Schneider O., Schubiger M., Sciascia B., Senghi Soares M., Sergi A., Serra N., Shears T., Shorkin R., Siddi B. G., Silva Coutinho R., Simi G., Smith E., Smith K., Soler F. J. P., Souza De Almeida F. L., Spadaro Norella E., Stahl M., Steinkamp O., Stevens H., Stone S., Svihra P., Szumlak T., Tisserand V., Tobin M., Torres Machado D., Tuci G., Usachov A., Van Dijk M., Vazquez Gomez R., Vazquez Regueiro P., Vazquez Sierra C., Veltri M., Vieites Diaz M., Villa A., Vos K., Wang M., Watson N. K., Wilkinson M. K., Wilson F. F., Xu M., Yang Y., Yeroshenko V., Yin H., Zavertyaev M., Zenaiev O., Zeng M., Zuliani D. +422 moreopenaire +3 more sourcesRARE b DECAYS [PDF]
International Journal of Modern Physics A, 1995 Rare b decays provide a unique opportunity to measure Standard Model parameters and probe beyond the Standard Model. We review here the experimental progress made in measuring these decays, and the importance of future measurements, including the possible observation of CP violation. Playfer, Stephen, Stone, Sheldonopenaire +3 more sourcesRare decays: Experiments
Zeitschrift für Physik C Particles and Fields, 1992 The experimental status of generation number violating muon and kaon decays is reviewed. We concentrate on three experiments with a large PSI contribution, neutrinoless muon-electron conversion, muonium-antimuonium conversion and the decay K+ --> pi+mu(e).Walter, HK, Jungmann, Kopenaire +2 more sourcesRare Decays at LHCb
Moscow University Physics Bulletin, 2022 The Standard Model (SM) of particle physics is the most advanced theory describing the behaviour and interactions of elementary particles. Despite passing an impressive amount of experimental tests, several deviations from the SM predictions have been observed in recent years in measurements of observables related to rare $b$-hadron decays, prompting ...openaire +4 more sourcesRare φ decays
The European Physical Journal C, 2003 The Kloe experiment has collected an integrated luminosity ~ 500 pb–1 up to now, which means ~ 1.65×109 φ decays. The huge amount of events allowed us to measure rare φ decays. We measured the radiative decays of the φ meson into π0, η and η′(958). These measurements are relevant to assess the mixing in the pseudoscalar nonet as well as to evaluate the GORINI, Edoardo, PRIMAVERA, Margherita, VENTURA, Andrea, KLOE Collaboration +3 moreopenaire +1 more source
