EVIDENCE FOR A NONTENSOR (Q ANTI-Q) MESON AT 1410-MEV PRODUCED IN THE REACTION PI- P ---> K0(S) K0(S) N AT 63-GEV

C. Daum,L. Hertzberger,W. Hoogland,S. Peters,P. Van Deurzen,A. Berglund,V. Chabaud,Antonio Gonzalez-Arroyo,B. Hyams,H. Tiecke,P. Weilhammer,A. Dwurazny,H. Palka,G. Polok,K. Rybicki,M. Turala,J. Turnau,A. Zalewska,H. Becker,G. Blanar,M. Cerrada,H. Dietl,J. Gallivan,M. Galubman,R. Klanner,E. Lorenz,G. Lütjens,G. Lutz,W. Männer,A. Pugl,U. Stierlin,J. Blakey,M.G. Bowler,J. Loken,J. Spalding,G. Thompson,B. Alper,R. Cashmore,C. Damerell,A. R. Gillman,J. Hardwick,F. J. Wickens

EVIDENCE FOR A NONTENSOR (Q ANTI-Q) MESON AT 1410-MEV PRODUCED IN THE REACTION PI- P ---> K0(S) K0(S) N AT 63-GEV

1984

CERN - SPS. ACCMOR COLLABORATION. ANALYSIS OF 2K0 SYSTEM IN PI- P INTERACTIONS AT 63 GEV. RESULTS CANNOT BE EXPLAINED BY F, A2 AND FPRIME ALONE BUT SHOW EVIDENCE FOR THE PRESENCE OF A NEW TENSOR MESON AT 1410 MEV.

Keywords:

Large Hadron Collider
Nuclear physics
Particle physics
Tensor
Meson
Pi
Physics

Correction
Source
Cite
Save
Machine Reading By IdeaReader

References

Citations