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Jean Cleymans A Life for Physics
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This special issue memorial volume is dedicated to the late Professor Jean Cleymans, who made a visible contribution to high-energy nuclear physics and the search for the primordial matter of quarks and gluons, called quark-gluon plasma (QGP). An extraordinary scientist, educator and motivator, Prof. Cleymans, is known for his fundamental contributions to describing the matter created in ultra-relativistic heavy-ion collisions for the creation of QGP in the laboratory, using a two-parameter statistical hadron resonance gas model, which accurately describes and predicts the abundance of different hadronic species and their transverse momentum distributions along with providing a robust confirmation of thermal and chemical equilibrium of the process of particle production. This memorial volume has scientific contributions from stalwarts in the field, who were extremely fortunate and privileged to have a Colleague and Collaborator like Prof. Cleymans.
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Keywords
- anisotropic flow
- azimuthal flow
- chemical freeze-out
- clustered initial state
- color string percolation
- colour strings
- direct photons
- geometric scaling in hadron–hadron collisions
- hadron production
- high-energy collisions
- High-energy physics
- integral representation
- Jean Cleymans
- jet quenching
- Joseph Kapusta
- KMS relation
- kT-factorization approach
- multi-pomeron exchange
- multiparticle production
- n/a
- near-side ridge
- non-extensive statistics
- nonadditive entropies
- nonextensive statistical mechanics
- parton saturation phenomenon
- proton interactions
- QCD phase transition
- quark-gluon plasma
- quark–gluon plasma
- relativistic heavy-ion collisions
- Statistical models
- stochastic variation
- string
- string fusion
- surface and quantum effects
- thema EDItEUR::P Mathematics and Science
- thema EDItEUR::P Mathematics and Science::PH Physics
- thema EDItEUR::P Mathematics and Science::PH Physics::PHN Nuclear physics
- thermal model
- thermal photons
- thermodynamic variables
- Thermodynamics
- transversal momentum distribution
- transverse momentum distribution
- Tsallis distribution
- Tsallis statistics
- Tsallis thermodynamics
- viscous hydrodynamics