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Observational Cosmology
World Models
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    • Preamble
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    • Classical Cosmology
    • The Hot Big Bang
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    • Large Scale Structures and Structure Formation
Introduction
Structure
FRW Metric
GRT vs. Newton, 2D Metrics, RW Metric
Observational Quantities
Hubble's Law, Redshift, Time Dilatation
Dynamics
Friedmann Equations, The Critical Density, Equation of state, k=0, Matter dominated, k=+1, Matter dominated, k=-1, Matter dominated, Summary
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Introduction: StructureFRW Metric: GRT vs. NewtonFRW Metric: 2D MetricsFRW Metric: 2D Metrics
FRW Metric: 2D MetricsFRW Metric: 2D MetricsFRW Metric: 2D MetricsFRW Metric: 2D Metrics
FRW Metric: 2D MetricsFRW Metric: 2D MetricsFRW Metric: 2D MetricsFRW Metric: 2D Metrics
FRW Metric: 2D MetricsFRW Metric: 2D MetricsFRW Metric: RW MetricFRW Metric: RW Metric
FRW Metric: RW MetricFRW Metric: RW MetricFRW Metric: RW MetricFRW Metric: RW Metric
Observational Quantities: Hubble's LawObservational Quantities: RedshiftObservational Quantities: RedshiftObservational Quantities: Redshift
Observational Quantities: RedshiftObservational Quantities: Time DilatationDynamics: Friedmann EquationsDynamics: Friedmann Equations
Dynamics: Friedmann EquationsDynamics: Friedmann EquationsDynamics: The Critical DensityDynamics: The Critical Density
Dynamics: Equation of stateDynamics: Equation of stateDynamics: k=0, Matter dominatedDynamics: k=+1, Matter dominated
Dynamics: k=+1, Matter dominatedDynamics: k=+1, Matter dominatedDynamics: k=+1, Matter dominatedDynamics: k=-1, Matter dominated
Dynamics: k=-1, Matter dominatedDynamics: SummaryDynamics: SummaryDynamics: Summary
Dynamics: Summary  
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Jörn Wilms / wilms@astro.uni-tuebingen.de