COMPUTING OUR UNIVERSE 1999

6/21 6/22 6/23 6/24 6/25
Cosmology I

isotropy, curvature

Linder
Cosmology II

Friedmann eqs

Linder
Cosmology III

Hubble expansion

Linder
Cosmology IV

Cosmological models

Linder
Cosmology V

Thermal history

Linder
Dynamics I

phase space

M. Weinberg
Dynamics II

Hamilton, Liouville

M. Weinberg
Dynamics III

orbits

M. Weinberg
Dynamics IV

distribution fns

M. Weinberg
Computation IV

FFT, Monte Carlo

M. Weinberg
Computation I

interp, extrap

Katz
Computation II

integrate, ODE

Hernquist
Computation III

ODE, Hamilton

Hernquist
Computation III+

ODE

Hernquist
Week 1 Discussion
Lab Intro Lab Lab Lab Lab

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6/28 6/29 6/30 7/1 7/2
Cosmology VI

Perturbation theory

Linder
Structure I

Fluctuations, Zel'dovich

D. Weinberg
Special II

Parallel Proc 2

Quinn
Structure II

bias, CDM

D. Weinberg
Special IV

Particle Astrophysics

Linder
Computation V

Data structures

Quinn
Special I

Vector/Parallel Processing

Quinn
Computation VI

N Body 1

Katz
Computation VII

N Body 2

Katz
Computation VIII

N Body 3

Katz
Project Intro Lab Dynamics V

Dynamical friction; mergers

Hernquist
Special III

Visualization;
mpeg movies

Quinn
Roundtable Review
Lab Project Lab Project

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7/5 7/6 7/7 7/8 7/9
Special V

Gravitational Lensing

Linder
Structure III

Biased galaxy formation

D. Weinberg
Structure IV

Hi z structure

D. Weinberg
Structure V

Lyman alpha

D. Weinberg
Subject Summaries

Linder
M. Weinberg
D. Weinberg
Katz/Quinn
Special VI

Integrating the Solar System

Quinn
Astrophysics I+II

rad/atom proc;
Fluid dyn

Hernquist
Computation IX

Hydro codes

Katz
Special VII

CMB

Linder/Mauskopf
Lab Project Department Tour Lab Project
Lab Lab Lab

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7/12 7/13 7/14
Lab Student Presentations Summary
Roundtable
Project Student Presentations HTML Party
Lab Guest Presentations