In this article we review the important role of non-equilibrium dynamics in reactions induced
by ions and hadron beams to understand the fragmentation processes inside hadronic …

We present a detailed simulation study of the signatures from the sequential decays of the
triple-strange pbar p->{\Omega}+{\Omega}--> K+ {\Lambda} barK-{\Lambda}-> K+ pbar {\pi}+ …

The Standard Model describes the smallest building blocks of our universe, so-called quarks
and leptons, and the forces that act on them. The building blocks can bundle into larger and …

Over a century of cosmological observations suggest that only one-fifth of the matter density
of the Universe resides in the familiar subatomic particles of the Standard Model. The …

As part of the quality of products, corrective actions are necessary. In this context,
organizations should use different methods to skillfully analyze product incompatibilities and …

This paper presents the concept of concentric peripheral joint. Designed concentric joint was
projected to laser welding process, where using keyhole effect deep penetration trough …

In the Standard Model of particle physics quarks and gluons are bound by the fundamental
strong force and form particles generally denoted as hadrons. The associated quantum field …

The goal of this project was to develop a lightweight Monte-Carlo (MC) event generator for
hyperon pair production in antiproton-proton collisions, and demonstrate it in one of the …

[en] The structure of matter is a fundamental topic in modern physics. Strongly interacting
particles are described with quantum chromodynamics, and the underlying quark model has …

The aim of this project was to reconstruct the spin observables of hyperons in the pp→ ΩΩ
reaction using a novel formalism that is developed at Uppsala University, using standard …