The f-sub-zero-1790 particle was recently detected in a usually suppressed decay mode of thisparticle, and most hadronic decays of this particle are suppressed because those modes have aFeynman diagram that can be split by cutting internal gluon lines; that is an application of the OZIrule. This particle was predicted as an excited state of another (*) particle whose existence was positedto suppress a Z-boson-mediated flavor decay via the GIM mechanism. It was originally discovered at theSPEAR accelerator at SLAC and at Brookhaven. This particle was discovered independ
The f-sub-zero-1790 particle was recently detected in a usually suppressed decay mode of thisparticle, and most hadronic decays of this particle are suppressed because those modes have aFeynman diagram that can be split by cutting internal gluon lines; that is an application of the OZIrule. This particle was predicted as an excited state of another (*) particle whose existence was positedto suppress a Z-boson-mediated flavor decay via the GIM mechanism. It was originally discovered at theSPEAR accelerator at SLAC and at Brookhaven. This particle was discovered independently by BurtonRichter and Samuel Ting as part of the November revolution, and this particle is the first excited state ina series For 10 points, name this particle that consists of a charm quark and its antiquark.
The f-sub-zero-1790 particle was recently detected in a usually suppressed decay mode of thisparticle, and most hadronic decays of this particle are suppressed because those modes have aFeynman diagram that can be split by cutting internal gluon lines; that is an application of the OZIrule.
 J/psi meson