Strong Interaction Physics
Strong Interaction Physics International Summer Institute on Theoretical Physics in Kaiserslautern 1972 / [electronic resource] :
edited by W. Rühl, A. Vancura.
- V, 409 p. 4 illus. online resource.
- Lecture Notes in Physics, 17 0075-8450 ; .
- Lecture Notes in Physics, 17 .
High energy experiments -- ?N scattering amplitudes at intermediate and high energies -- Optimization of collision amplitudes under constraints -- A theoretical investigation of phase-shift analysis -- Stability problems in analytic continuation -- Phenomenological study of two body hadron scattering -- Eikonal approximation techniques in elastic scattering and production processes -- Field theory at infinite momentum -- Some general aspects of multiperipheral dynamics -- Lecture notes on dual amplitudes -- Currents on the light cone -- Conformal invariant quantum field theory -- Conformal invariance and short distance behavior in quantum field theory -- Kinematical aspects of ccnformal invariance -- Operator product expansions -- Application of the normal-product algorithm (N.P.A.) to zero mass limits, broken symmetries and gauge fields.
9783540383482
10.1007/BFb0017074 doi
Physics.
Physics, general.
QC1-75
530
High energy experiments -- ?N scattering amplitudes at intermediate and high energies -- Optimization of collision amplitudes under constraints -- A theoretical investigation of phase-shift analysis -- Stability problems in analytic continuation -- Phenomenological study of two body hadron scattering -- Eikonal approximation techniques in elastic scattering and production processes -- Field theory at infinite momentum -- Some general aspects of multiperipheral dynamics -- Lecture notes on dual amplitudes -- Currents on the light cone -- Conformal invariant quantum field theory -- Conformal invariance and short distance behavior in quantum field theory -- Kinematical aspects of ccnformal invariance -- Operator product expansions -- Application of the normal-product algorithm (N.P.A.) to zero mass limits, broken symmetries and gauge fields.
9783540383482
10.1007/BFb0017074 doi
Physics.
Physics, general.
QC1-75
530