Location:4623 Mayer Hall • Lectures:M/W 11:00-12:20 • Lab:M 2:00-4:50
Winter 2012 | Lectures | Topics | Laboratory |
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January 7 | Lecture 1 | Computational physics I: N-body problem | Lab 1: OS X and Unix |
January 9 | Lecture 2 | Review of Newtonian mechanics | |
January 14 | Lecture 3 | Gravitational potential and N-body equations I. | Lab 2: Gnuplot, gcc, gfortran |
January 16 | Lecture 4 | Gravitational potential and N-body equations II. | |
January 23 | Lecture 5 | Collisionless Boltzmann Equation | |
January 28 | Lecture 6 | Virial theorem and Jeans theorem | Lab 3: OpenDX, N-body code |
January 30 | Lecture 7 | Plummer's spherical model | |
February 4 | Lecture 8 | Aarseth's Nbody code | Lab 4: Aarseth's N-body code |
February 6 | Lecture 9 | Discussion of Assignment II | |
February 11 | Lecture 10 | Galaxy modeling I: Isothermal spherical models | Lab 5: Assignment 3 |
February 13 | Lecture 11 | Galaxy collision model (Toomre & Toomre) | |
February 20 | Lecture 12 | Galaxy modeling II: Milky way galaxy | |
February 25 | Lecture 13 | Midterm/Final project | Lab 6: Galaxy software |
February 27 | Lecture 14 | Tree code algorithm I | |
March 4 | Lecture 15 | Tree code algorithm II | Lab 7: Tree code |
March 6 | Lecture 16 | Gyrfalcon algorithm | |
March 11 | Lecture 17 | Final project and overview of Physics 142/242 | Lab 8: Gyrfalcon code |
March 13 | Lecture 18 | Midterm team presentations |
March 21 6:00 pm - 9:00 pm | Final project presentations |
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