Experimental search for muonic photons
- Akkus, B
- Arik, E
- Beyer, R
- Busser, Fw
- Capone, Antonio
- Cocco, Ag
- DE PEDIS, D
- DI CAPUA, E
- Dore, Ubaldo
- Ereditato, A
- Favart, D
- Fiorillo, G
- Flegel, W
- Foos, C
- FRENKEL RAMBALDI, A
- Gerland, L
- Gorbunov, P
- Gregoire, G
- Grigoriev, E
- Hiller, K
- Ilyin, V
- Khovansky, V
- Knoops, E
- Layda, T
- Lemaitre, V
- Lippich, W
- Loverre, Pier Ferruccio
- Macina, D
- MARCHETTI STASI, F
- Maslennikov, A
- Mouthuy, T
- Nahnhauer, R
- Nathaniel, A
- Niebergall, F
- Okun, L
- Overas, H
- Palladino, V
- Panman, J
- Piredda, G
- Radel, G
- Ricciardi, S
- Roloff, H
- Rozanov, A
- Saitta, B
- Santacesaria, R
- SERIN ZEYREK, M
- Sever, R
- Stahelin, P
- Staude, A
- Strolin, P
- Tolun, P
- Vilain, P
- Vogt, J
- Voss, T
- Wilquet, G
- Winter, K
- Zacek, G
- Zacek, V.
DOIAbstract
We report new limits on the production of muonic photons in the CERN neutrino beam. The results are based on the analysis of neutrino production of dimuons in the CHARM II detector. A 90% CL limit on the coupling constant of muonic photons, αμ/α<(1.5÷3.2)x10-6 is derived for a muon neutrino mass in the range mνμ=(10-20÷105) eV. This improves the limit obtained from a precision measurement of the anomalous magnetic moment of the muon (g-2)μ by a factor from 8 to 4
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