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Wygas, Mandy: Large Lepton Asymmetry and the Cosmic QCD Transition. 2019
Inhalt
Introduction
Cosmological Motivation
The Universe today
Evolution of the Universe
Interaction Rates
Thermodynamics
Grand Canonical Ensemble
Thermodynamic Variables
Particle Asymmetries in the Early Universe
Phase Transitions
Large Lepton Asymmetries
Cosmological Constraints on Lepton Asymmetries
Big Bang Nucleosynthesis
Cosmic Microwave Background
Production Mechanisms
Quantum Chromodynamics
Lattice QCD
QCD Phase Diagram
Perturbative QCD
Hadron Resonance Gas Model
Taylor Series Method
Charge and Quark Number Susceptibilities
Lattice QCD Susceptibilities
Evolution of Chemical Potentials
System of Equations
Ideal Quark Gas Approximation
QCD Susceptibilities
HRG Approximation
Calculational Details
Cosmic Trajectory
Baryon Chemical Potential
Electric Charge Chemical Potential
Lepton Flavor Chemical Potentials
Comparison of Different HRG Approximations
Unequal Lepton Flavor Asymmetries
Pion condensation
Evolution of Entropy, Energy and Pressure
Convergence Properties
Convergence Criterion
Critical Point Location
Reliability of Cosmic Trajectory Determination
Constraints on Chemical Potentials
Constraints on Lepton Flavor Asymmetries
Conclusion
Appendix
Useful Relations and Integrals
2+1+1 Flavor Lattice QCD Susceptibilities
Equation of State
Particle and Hadron Resonance Properties
References