The most notable experimental confirmation of this particle's existence was known as the November Revolution, during which the finding of a bound state of this particle with its anti-particle was confirmed and eventually named the J/psi meson.
The theoretical prediction of this particle was made in a 1970 paper by Glashow, Iliopoulos, and Maiani, who connected its proposed existence to the number of then-known lepton generations. The schematic representation of particles incorporating this particle can be seen by extending the baryon decuplet to a three-dimensional pyramid. Confirmation for the existence of this particle was provided by the discovery of the D-meson, in which this particle is found with an up or down anti-quark, and the lambda-plus baryon. The most notable experimental confirmation of this particle's existence was known as the November Revolution, during which the finding of a bound state of this particle with its anti-particle was confirmed and eventually named the J/psi meson. For ten points, identify this quark, the fourth to be discovered and part of the same generation as the "strange" quark.
The theoretical prediction of this particle was made in a 1970 paper by Glashow, Iliopoulos, and Maiani, who connected its proposed existence to the number of then-known lepton generations.
charm quark