Cosmology Summary
Dynamics Summary
Structure Summary
Computation Summary

Cosmology Summary (Eric Linder)

Outline:

1 HORRENDOUS SPACE KABLOOIE
1.1 Isotropy and Homogeneity
1.2 Expansion
1.3 Age Concordance
1.4 Nucleosynthesis
1.5 Cosmic Microwave Background
1.6 Tests of General Relativity and Principle of Equivalence

2 WILDER SHORES
2.1 A Touch of Spice (exotic components)
2.2 Burning Down the House (exotic geometry)
2.3 Attack of the Higher Dimensions (exotic physics)

3 SNARKS AND BOOJUMS
3.1 Distances
3.2 Baryons
3.3 Gravitational Instability, Gaussian, Adiabatic/Isocurvature
3.4 Structure Formation
3.5 Tilt and Bias
3.6 XCDM: Parameters

Cosmology Summary notes

Dynamics Summary (Martin Weinberg)

Outline:

Newton's Equations and Hamiltonian Dynamics
Uniquely Hamiltonian Viewpoints
Application to N-body Calculation
For Future Study

Dynamics Summary notes

Structure Summary (David Weinberg)

Outline:

Model Ingredients
Observables
Dual Role of Simulations
Types of Simulations
What Have We Learned So Far?
Anticipated Observational Revolutions
Theoretical Frontiers

Structure Summary notes

Computation Summary (Neal Katz/Tom Quinn)

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