FTP, name the theory, derived by analogy to quantum electrodynamics, which describes strong force interactions in terms of a "strong charge," or color.
The Seiberg-Witten invariants arise in the analysis of symmetry breaking in N=2 supersymetric variety of this theory, and Wilson's discrete gauge reformulation on an hypercubic space-time lattice is often used to give approximations to this theory, as perturbative calculations using it are only accurate on very small space-time scales due to the asymptotic freedom of the particles that it governs. The symmetry of the equations of this theory corresponds to SU(3) and its gauge bosons, which possess the property for which it is named, were postulated independently by both Oscar Greenberg and Yoichiro Nambu in 1964. FTP, name the theory, derived by analogy to quantum electrodynamics, which describes strong force interactions in terms of a "strong charge," or color.
The Seiberg-Witten invariants arise in the analysis of symmetry breaking in N=2 supersymetric variety of this theory, and Wilson's discrete gauge reformulation on an hypercubic space-time lattice is often used to give approximations to this theory, as perturbative calculations using it are only accurate on very small space-time scales due to the asymptotic freedom of the particles that it governs.
quantum chromodynamics or QCD