Upper limits on charm-changing neutral-current interactions | Zendy

Peter J. Haas | Zendy; M. Hempstead | Zendy; T. Jensen | Zendy; D. Johnson | Zendy; H. Kagan | Zendy; R. D. Kass | Zendy; P. Baringer | Zendy; R. L. McIlwain | Zendy; D. H. Miller | Zendy; C. R. Ng | Zendy; E. I. Shibata | Zendy; S. Behrends | Zendy; Jan M. Guida | Zendy; J. A. Guida | Zendy; F. Morrow | Zendy; R. Poling | Zendy; E. H. Thorndike | Zendy; P. Tipton | Zendy; M. S. Alam | Zendy; N. Katayama | Zendy; I. J. Kim | Zendy; W. C. Li | Zendy; X. C. Lou | Zendy; C. R. Sun | Zendy; V. Tanikella | Zendy; D. Bortoletto | Zendy; M. Goldberg | Zendy; R. Holmes | Zendy; N. Horwitz | Zendy; A. Jawahery | Zendy; P. Lubrano | Zendy; G. C. Moneti | Zendy; V. Sharma | Zendy; I. P. J. Shipsey | Zendy; P. Thoma | Zendy; S. E. Csorna | Zendy; T. Letson | Zendy; M. D. Mestayer | Zendy; R. S. Panvini | Zendy; G. B. Word | Zendy; A. Bean | Zendy; G. J. Bobbink | Zendy; I. Brock | Zendy; T. Ferguson | Zendy; R.W. Kraemer | Zendy; H. Vogel | Zendy; C. Bebek | Zendy; K. Berkelman | Zendy; E. Blücher | Zendy; D. G. Cassel | Zendy; T. Copie | Zendy; R. DeSalvo | Zendy; J. W. DeWire | Zendy; R. Ehrlich | Zendy; R. S. Galik | Zendy; M. G. D. Gilchriese | Zendy; B. Gittelman | Zendy; S. W. Gray | Zendy; A. M. Halling | Zendy; D. L. Hartill | Zendy; B. K. Heltsley | Zendy; S. Holzner | Zendy; J. Kandaswamy | Zendy; R. Kowalewski | Zendy; D. L. Kreinick | Zendy; Y. Kubota | Zendy; N. B. Mistry | Zendy; J. Mueller | Zendy; R. Namjoshi | Zendy; E. Nordberg | Zendy; D. Perticone | Zendy; D. Peterson | Zendy; M. Pisharody | Zendy; K. F. Read | Zendy; D. Riley | Zendy; A. Silverman | Zendy; S. Stone | Zendy; A. J. Sadoff | Zendy; P. Avery | Zendy; D. Besson | Zendy; L. Garren | Zendy; T. J. V. Bowcock | Zendy; K. Kinoshita | Zendy; F. M. Pipkin | Zendy; M. Procario | Zendy; Richard Wilson | Zendy; J. Wolinski | Zendy; D. Xiao | Zendy

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Upper limits on charm-changing neutral-current interactions

Author(s) -

Peter J. Haas,

M. Hempstead,

T. Jensen,

D. Johnson,

H. Kagan,

R. D. Kass,

P. Baringer,

R. L. McIlwain,

D. H. Miller,

C. R. Ng,

E. I. Shibata,

S. Behrends,

Jan M. Guida,

J. A. Guida,

F. Morrow,

R. Poling,

E. H. Thorndike,

P. Tipton,

M. S. Alam,

N. Katayama,

I. J. Kim,

W. C. Li,

X. C. Lou,

C. R. Sun,

V. Tanikella,

D. Bortoletto,

M. Goldberg,

R. Holmes,

N. Horwitz,

A. Jawahery,

P. Lubrano,

G. C. Moneti,

V. Sharma,

I. P. J. Shipsey,

P. Thoma,

S. E. Csorna,

T. Letson,

M. D. Mestayer,

R. S. Panvini,

G. B. Word,

A. Bean,

G. J. Bobbink,

I. Brock,

T. Ferguson,

R.W. Kraemer,

H. Vogel,

C. Bebek,

K. Berkelman,

E. Blücher,

D. G. Cassel,

T. Copie,

R. DeSalvo,

J. W. DeWire,

R. Ehrlich,

R. S. Galik,

M. G. D. Gilchriese,

B. Gittelman,

S. W. Gray,

A. M. Halling,

D. L. Hartill,

B. K. Heltsley,

S. Holzner,

J. Kandaswamy,

R. Kowalewski,

D. L. Kreinick,

Y. Kubota,

N. B. Mistry,

J. Mueller,

R. Namjoshi,

E. Nordberg,

D. Perticone,

D. Peterson,

M. Pisharody,

K. F. Read,

D. Riley,

A. Silverman,

S. Stone,

A. J. Sadoff,

P. Avery,

D. Besson,

L. Garren,

T. J. V. Bowcock,

K. Kinoshita,

F. M. Pipkin,

M. Procario,

Richard Wilson,

J. Wolinski,

D. Xiao

Publication year - 1988

Publication title -

physical review letters

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 3.688

H-Index - 673

eISSN - 1079-7114

pISSN - 0031-9007

DOI - 10.1103/physrevlett.60.1614

Subject(s) - physics , particle physics , branching fraction , hadron , lepton , charm (quantum number) , nuclear physics , electron

We report on a search for charm-changing neutral-current decays and lepton-family-number--nonconserving decays of charmed hadrons using inclusive and exclusive decays of charmed hadrons into oppositely charged dileptons. We find no evidence for such interactions. The upper limits on the branching ratio for inclusive charm decay to dileptons are B(c..-->..X..mu../sup +/..mu../sup -/) ..Xe/sup +/e/sup -/) ..X..mu../sup +- /e/sup minus-or-plus/)<3.7 x 10/sup -3/ at 90% confidence level. Upper bounds are also presented for the branching ratios of several exclusive modes

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