Microscopic, quantal theory of brownian motion applied to deep inelastic heavy-ion collisions

The present understanding of the statistical features of deep inelastic heavy ion collisions can be improved considerably by following the lines of modern molecular theory of Brownian motion. Only a few assumptions are necessary, which are direct consequences of the underlying physical picture. The physical interpretation of these assumptions leads to simple estimates of their validity. The theory is a quantum mechanical, strong coupling, transport theory. Collective vibrations can be included in a simple and straightforward manner. (orig.)