Results from Searching for Muonium to Antimuonium Conversion

(2) U. Zuerich; (3) PSI; (4) JINR Dubna; (5) U. Tbilisi; (6) Yale); A. Grossmann (1); A. Korenchenko(4); A. Moiseenko(4); D. Mzavia(5); D. Renker(3)

arxiv: nucl-ex/9805004 · v1 · pith:XZAGONULnew · submitted 1998-05-13 · ⚛️ nucl-ex

Results from Searching for Muonium to Antimuonium Conversion

K. Jungmann (1) , A. Grossmann (1) , J. Merkel (1) , V.Meyer(1) , G. zu Putlitz(1) , I. Reinhard(1) , K. Tr\"ager(1) , P.V. Schmidt(1)

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L. Willmann(1) R. Engfer(2) H.P. Wirtz(2) R. Abela(3) W. Bertl(3) D. Renker(3) H.K. Walter(3) V. Karpuchin(4) I. Kisel(4) A. Korenchenko(4) S. Korenchenko(4) N. Kravchuk(4) N. Kuchinsky(4) A. Moiseenko(4) J. Bagaturia(5) D. Mzavia(5) T. Sakhelashvili(5) V.W. Hughes (6) ((1) U. Heidelberg (2) U. Zuerich (3) PSI (4) JINR Dubna (5) U. Tbilisi (6) Yale)

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keywords antimuoniumconversionmuoniumsearchingassumedbileptonicbosonsbreaking

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A new result from searching for muonium to antimuonium conversion is reported which sets an upper limit on the coupling constant in an assumed $(V-A) \times (V-A)$ type interaction of $G_{M\bar{M}} \leq 3\cdot 10^{-3} G_F$ ~ (90% C.L.). A particular Z_8 and a minimal 331 GUT model can be ruled out. Further new and stringent limits can be set for masses of bileptonic gauge bosons and $\lambda$ parameters in R-parity breaking supersymmetric models.

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Results from Searching for Muonium to Antimuonium Conversion

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