Tensor analysis of hadronic jets in quantum chromodynamics

Hadronic and Nuclear Phenomena in .- Quantum Chromodynamics*

Many of the key issues in understanding quantum chromodynamics involves processes at intermediate energies. We discuss a range of hadronic and nuclear . . _-. phenomena-exclusive processes, color transparency, hidden color degrees of freedom in nuclei, reduced nuclear amplitudes, jet coalescence, formation zone effects, hadron helicity selection rules, spin correlations, higher twist effects, a...

THE HADRONIC WAVE FUNCTION IN QUANTUM CHROMODYNAMICS ' - h Stanley

The underlying link between hadronic phenomena in quantum chromodynamics at large and small distance is the hadronic wavefunction. We present' the theoretical and empirical constraints on the hadronic wavefunction and hadronic structure functions; the predictions of perturbative QCD for the large transverse momentum tail of the Fock state infinite momentum wavefunction $(kli,xi,si); the valence...

Derivation of the Hadronic Structure Functions From Quantum Chromodynamics

We solve a long-standing problem in particle physics: that of deriving the Deep Inelastic structure functions of the proton from the fundamental theory of strong interactions, Quantum ChromoDynamics (QCD). In the Bjorken limit, the momenta of the constituents of the proton (the partons) can be assumed to be in a two-dimensional plane in Minkowski space: a dimensional reduction of QCD to two spa...

Applications of Quantum Chromodynamics to Hadronic and Nuclear Interactions*

We review the application of perturbative QCD and light-cone Fock methods to the structure of hadrons and nuclei and their exclusive and inclusive interactions at short distances. TABLE OF CONTENTS -d.

Quantum Chromodynamics and Hadronic Interactions at Short Distances