The first direct experimental evidence of their existence occurred when three-jet events were observed at PETRA in Hamburg in 1979, although deep inelastic scattering at the Stanford Linear Accelerator Center had earlier established their existence.
The first direct experimental evidence of their existence occurred when three-jet events were observed at PETRA in Hamburg in 1979, although deep inelastic scattering at the Stanford Linear Accelerator Center had earlier established their existence. They have negative intrinsic parity, zero isospin, and also lack charge and mass, although they do have color. Confined within hadrons and using mesons as force mediators, they are not directly involved in nuclear forces. For ten points, name these subatomic particles that cause quarks to interact and indirectly make protons and neutrons bind together in nuclei.
The first direct experimental evidence of their existence occurred when three-jet events were observed at PETRA in Hamburg in 1979, although deep inelastic scattering at the Stanford Linear Accelerator Center had earlier established their existence.
{Gluon}s