A device used to characterize these particles was the first superconducting solenoid in the world; that device showed that these particles are emitted from the decay of the Y(9.46) state as partly predicted by the Lund string model. The number of these particles can be calculated by finding the dimension of the adjoint of the special unitary group of order (*) 3, which shows that they come in eight types. These particles, which were first discovered by the JADE and PLUTO detectors' observation of three-jet events, are responsible for carrying color charge. The force mediated by these particles is described by QCD. For 10 points, name these particles that mediate the strong force, named for t
A device used to characterize these particles was the first superconducting solenoid in the world; that device showed that these particles are emitted from the decay of the Y(9.46) state as partly predicted by the Lund string model. The number of these particles can be calculated by finding the dimension of the adjoint of the special unitary group of order (*) 3, which shows that they come in eight types. These particles, which were first discovered by the JADE and PLUTO detectors' observation of three-jet events, are responsible for carrying color charge. The force mediated by these particles is described by QCD. For 10 points, name these particles that mediate the strong force, named for the fact that they adhere quarks together.
A device used to characterize these particles was the first superconducting solenoid in the world; that device showed that these particles are emitted from the decay of the Y(9.46) state as partly predicted by the Lund string model.
gluons