$W^{\pm}$ bosons production in the quantum statistical parton distributions approach

TL;DR

This paper investigates $W^{\u00b1}$ boson production using quantum statistical parton distributions, providing insights into nucleon sea structure and valence quark distributions, with predictions for future experiments at BNL-RHIC.

Contribution

It introduces a novel approach applying quantum statistical distributions to $W^{b1}$ production, offering new predictions and insights into nucleon structure.

Findings

Predictions align with recent BNL-RHIC and FNAL-Tevatron results.

Provides new insights into high-$x$ valence quark distributions.

Offers forecasts for upcoming proton-neutron collision experiments.

Abstract

We consider $W^{\pm}$ gauge bosons production in connection with recent results from BNL-RHIC and FNAL-Tevatron and interesting predictions from the statistical parton distributions. They concern relevant aspects of the structure of the nucleon sea and the high-$x$ region of the valence quark distributions. We also give predictions in view of future proton-neutron collisions experiments at BNL-RHIC.