## Frozen and Broken Color: A Matrix Schroedinger Equation in the Semiclassical Limit |

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Af(N antiquark assume Bohr-Sommerfeld rule bound state problems broken color symmetry channel Chapter classical Hamiltonian classical mechanics classical orbits classical quantities classically degenerate coarse-grained structure function color degrees color-octet color-singlet contribution cp-eA cross terms deep-inelastic degeneracy degenerate subspace degrees of freedom diagonal diagonal matrix Dirac equation Doctor of Philosophy dvW(q.v Dyson series eigenvalues example excitation of color excited state wave external probe factor gluon ground state wave Han-Nambu Hermitian high energy inelastic scattering integer charge quark internal degrees internal wave function ir+,n kinematic lepton linear potential Lipkin matrix element matrix Hamiltonian matrix Schroedinger equation matrix WKB momentum operator obtain Orbits in phase P+ X dX particle phase space Phys plane wave quark model relativistic scalar scenario of frozen semiclassical limit singlet orbit slowly varying spacial sum rule target turning point conditions turning point problem usual WKB vector WKB approximation WKB limit WKB method WKB problem