内容

目次

I: Effective Hamiltonian and Renormalization Group.- Lecture 1 Renormalization of Hamiltonians.- Lecture 2 Spin Glasses and the Renormalization Group.- Lecture 3 Hamiltonian Flow in Condensed Matter Physics.- II: Quantization of Constrained Systems.- Lecture 4 Coherent State and Constrained Systems.- Lecture 5 Unified Description and Canonical Reduction to Dirac’s Observables of the Four Interactions.- Lecture 6 Time Evolution in General Gauge Theories.- III: Results in 3 + 1 Dimensions.- Lecture 7 Developing Transport Theory to Study the Chiral Phase Transition.- Lecture 8 On Deriving the Effective Interaction from the QCD Lagrangian.- Lecture 9 Front form QED3+1: The Spin-Multiplet Structure of the Positronium Spectrum at Strong Coupling.- Lecture 10 Spectral Fluctuations of the QCD Dirac Operator.- IV: New Developments.- Lecture 11 Collinear QCD Models.- Lecture 12 A New Lattice Formulation of the Continuum.- Lecture 13 Colour-Dielectric Gauge Theory on a Transverse Lattice.- V: Light Cone Quantization Under Scrutiny.- Lecture 14 Light Front Treatment of Nuclei and Deep Inelastic Scattering.- Lecture 15 Light-cone string.- Lecture 16 Quantum Field Theory in Singular Limits.- VI: Gauge Theories and Topological Issues.- Lecture 17 On the Transition from Confinement to Screening in Large N Gauge Theory.- Lecture 18 More on Screening and Confinements in 2D QCD.- Lecture 19 Intermediate Volumes and the Role of Instantons.- Lecture 20 Renormalization in the Coulomb Gauge.- Lecture 21 Stable Knotlike Solitons.- VII: Structure Functions. Theory and Experiments.- Lecture 22 Theoretical Uncertainties in the Determination of ?3 from Hadronic Event Observables: the Impact of Nonperturbative Effects.- Lecture 23 Phenomenology of Renormalons in Inclusive Processes.- Lecture 24 Power Term in QCD Hard Processes and Running Coupling.- Lecture 25 Highlights on Deep Inelastic Scattering at HERA.- Lecture 26 ?s: From DIS to LEP.- Lecture 27 On Small-s Resummations for the Evolution of Deep-Inelastic Structure Functions.- VIII: Phenomenological Applications.- Lecture 28 The Light-Cone Fock State Expansion and QCD Phenomenology.- Lecture 29 The Analog of t’Hooft Pions with Adjoint Fermions.- Lecture 30 Physical Coupling Schemes and QCD Exclusive Processes.- IX: Condensates and Chiral Symmetry Breaking.- Lecture 31 A 3+1 Dimensional LF Model with Spontaneous ?SB.- Lecture 32 Chiral Symmetry and Light-Cone Wave Functions.- Lecture 33 QCD at Finite Extension.- Lecture 34 Technicalities of the Zero Modes in the Light-Cone Representation.- Lecture 35 Zero Mode and Symmetry Breaking on the Light Front.