Gauge Theories - Past And Future: In Commemoration Of The 60th Birthday Of M Veltman

Mechanisms for electroweak symmetry breaking, W.A. Bardeen; parallel supercomputers for lattice gauge theory, N. Cabibbo; fast and reliable random numbers for extensive Monte Carlo calculations, A. Compagner; large Higgs mass, triviality and asymptotic freedom, M. Consoli; the strong CP problems in an effective chiral Lagrangian approach, E. de Rafael; is your weight gauge dependent?, B. de Wit; effective theories and thresholds in particle physics, M.K. Gaillard; neutrino mass matrices with minimal polynomials of second or third degree in the three family model, C. Jarlskog; QCD - some like it hot or why there have been small bangs, C. Korthal-Altes; Martinus Veltman - a colleague, teacher and scholar, H. Neal; the last ten years of radiative corrections, G. Passarino; the analytic value of the atomic three electron correlation integral, E. Remiddi; the cosmological constant, L. Susskind; the Veltman vertex, R. Thun; example of quantum field theory based on nonlinear lie algebra, K. Schoutens et al; third threshold in weak interactions?, H. Veltman and J.J. van der Bij; relation between the practical results of current algebra techniques and the originating quark model, M. Veltman; Landau poles, violations of unitarity and a bound on the top quark mass, F.J. Yndurain; the largest time equation and long distance behaviour in gauge field theories, R. Akhoury.