Enhanced production of hadrons with s-quark content has been observed in pp collisions at LHC, and earlier in collisions of heavy nuclei. We review the string hadronisation formalism and corrections from rope hadronisation and colour reconnection. Both are corrections which take place in such dense environments, and both improve existing descriptions of data. Since such corrections are very sensitive to the modelling of transverse proton structure, we investigate two such models, and compare to final states. Finally we describe how such corrections can also give a possible explanation to collective phenomena observed in small systems
We present a microscopic model for collective effects in high multiplicity proton–proton collisions,...
We revisit our rope model for string fragmentation that has been shown to give a reasonable descript...
Our understanding of the transition from partons to hadrons in QCD has been challenged in recent yea...
This thesis concerns models of high energy collisions of sub-atomic particles, and the models’ imple...
We present an extension to the colour reconnection model in the Monte Carlo event generator Herwig t...
We present a new model for the hadronisation of multi-parton systems, in which colour correlations b...
A brief overview of properties of the model of quantized fragmentation of a helical QCD string is fo...
In hadronization models with color recombination, partons are allowed to regroup into color singlet ...
In this thesis the phenomenology of Quantum Chromo Dynamics (QCD) is studied in a variety of circums...
The observation of heavy-ion-like behaviour in pp collisions at the LHC suggests that more physics m...
We present an extension to the colour reconnection model in the Monte Carlo event generator Herwig t...
We present a new model for the hadronisation of multi-parton systems, in which colour correlations b...
We present an extension to the colour reconnection model in the Monte Carlo event generator Herwig t...
This thesis consider the improvement of the simulation tools used to describe high energy particle c...
This thesis consider the improvement of the simulation tools used to describe high energy particle c...
We present a microscopic model for collective effects in high multiplicity proton–proton collisions,...
We revisit our rope model for string fragmentation that has been shown to give a reasonable descript...
Our understanding of the transition from partons to hadrons in QCD has been challenged in recent yea...
This thesis concerns models of high energy collisions of sub-atomic particles, and the models’ imple...
We present an extension to the colour reconnection model in the Monte Carlo event generator Herwig t...
We present a new model for the hadronisation of multi-parton systems, in which colour correlations b...
A brief overview of properties of the model of quantized fragmentation of a helical QCD string is fo...
In hadronization models with color recombination, partons are allowed to regroup into color singlet ...
In this thesis the phenomenology of Quantum Chromo Dynamics (QCD) is studied in a variety of circums...
The observation of heavy-ion-like behaviour in pp collisions at the LHC suggests that more physics m...
We present an extension to the colour reconnection model in the Monte Carlo event generator Herwig t...
We present a new model for the hadronisation of multi-parton systems, in which colour correlations b...
We present an extension to the colour reconnection model in the Monte Carlo event generator Herwig t...
This thesis consider the improvement of the simulation tools used to describe high energy particle c...
This thesis consider the improvement of the simulation tools used to describe high energy particle c...
We present a microscopic model for collective effects in high multiplicity proton–proton collisions,...
We revisit our rope model for string fragmentation that has been shown to give a reasonable descript...
Our understanding of the transition from partons to hadrons in QCD has been challenged in recent yea...