Erratum: Self-consistent relativistic calculation of nucleon mean free path

Self-consistent relativistic calculation of nucleon mean free path.

We present a fully self-consistent and relativistic calculation of the nucleon mean free path in nuclear matter and finite nuclei. Starting from the Bonn potential, the Dirac-Brueckner-Hartree-Fock results for nuclear matter are parametrized in terms of an effective σ-ω Lagrangian suitable for the relativistic density-dependent Hartree-Fock (RDHF) approximation. The nucleon mean free path in nu...

Self-consistent Green’s functions calculation of the nucleon mean-free path

Transport coefficients provide a unique insight into the near-equilibrium behavior of quantum many-body systems. The mean-free path, λ, of a particle within a dense medium is a basic transport coefficient, at the basis of several theoretical concepts and closely related to experimentally measured quantities. Green’s functions techniques are particularly well suited to study such transport prope...

Self-consistent Green's function calculation of the nucleon mean free path.

The extension of Green's functions techniques to the complex energy plane provides access to fully dressed quasiparticle properties from a microscopic perspective. Using self-consistent ladder self-energies, we find both spectra and lifetimes of such quasiparticles in nuclear matter. With a consistent choice of the group velocity, the nucleon mean-free path can be computed. Our results indicate...

On mean free path statistics of relativistic heavy ions in nuclear emulsion

We survey at the general level, and in a rather wide and historical context, some less known mathematical details of various mean free path statistics in nuclear emulsion as applied to relativistic projectile fragmentations. A number of comments are provided on Feller’s paradox, ordered, censored, and truncated statistics, Erlang and Poisson observers of nuclear emulsion. All these issues are r...

Generalization of collisional uid theory to long mean{free{path and relativistic motion