Simulations in Physics
 
Course syllabus Syllabus Problem Sets Problem Set 1 (Due on 2013-10-07) Problem Set 2 (Due on 2013-10-30) Problem Set 3 (Due on 2013-11-04) Problem Set 4 (Due on 2013-11-06) Problem Set 5 (Due on 2013-11-18) Problem Set 6 (Due on 2013-11-29) Problem Set 7 (Due on 2013-12-20) Problem Set 8 (Due on 2014-01-03) Solutions Solution 1: Solution 2: ps2_solutions.pdf ps2_problem1.m , ps2_problem1_a.pdf , ps2_problem1_b.pdf , ps2_problem1_c.pdf , ps2_problem1_d.pdf ps2_problem2.m , ps2_problem2_a.pdf , ps2_problem2_b.pdf ps2_problem3.m , ps2_problem3_a.pdf , ps2_problem3_b.pdf ps2_problem4.m , ps2_problem4_plot.pdf 3: 4: 5: 6: 7: 8: Files Written in Class and Supplementary Other Files 2013-09-27: myrand.c , myrand2.c 2013-10-09: hybrid.c , pdf_plot.m , von_neumann.m 2013-10-11: metropolis.c 2013-10-11: Original paper on Metropolis et. al. algorithm - metropolis.pdf 2013-10-21: ising1D-parta.c (version 1) 2013-10-28: pi.c 2013-11-01: stratified.c 2013-11-08: recursive1.c , recursive2.c 2013-11-18: wave_evolve.m 2013-11-29: collision1.m , gas.c , gas_prototype.c 2013-12-16: gas_sim_root.C (including the fit example) Announcements Phys_58S_Fall_2013_files/syllabus.pdfPhys_58S_Fall_2013_files/ps01.pdfPhys_58S_Fall_2013_files/ps02.pdfPhys_58S_Fall_2013_files/ps03.pdfPhys_58S_Fall_2013_files/ps04.pdfPhys_58S_Fall_2013_files/ps05.pdfPhys_58S_Fall_2013_files/ps06.pdfPhys_58S_Fall_2013_files/ps07.pdfPhys_58S_Fall_2013_files/ps08.pdfPhys_58S_Fall_2013_files/ps2_solutions.pdfPhys_58S_Fall_2013_files/ps2_problem1.mPhys_58S_Fall_2013_files/ps2_problem1_a.pdfPhys_58S_Fall_2013_files/ps2_problem1_b.pdfPhys_58S_Fall_2013_files/ps2_problem1_c.pdfPhys_58S_Fall_2013_files/ps2_problem1_d.pdfPhys_58S_Fall_2013_files/ps2_problem2.mPhys_58S_Fall_2013_files/ps2_problem2_a.pdfPhys_58S_Fall_2013_files/ps2_problem2_b.pdfPhys_58S_Fall_2013_files/ps2_problem3.mPhys_58S_Fall_2013_files/ps2_problem3_a.pdfPhys_58S_Fall_2013_files/ps2_problem3_b.pdfPhys_58S_Fall_2013_files/ps2_problem4.mPhys_58S_Fall_2013_files/ps2_problem4_plot.pdfPhys_58S_Fall_2013_files/myrand.cPhys_58S_Fall_2013_files/myrand2.cPhys_58S_Fall_2013_files/hybrid.cPhys_58S_Fall_2013_files/pdf_plot.mPhys_58S_Fall_2013_files/von_neumann.mPhys_58S_Fall_2013_files/metropolis.cPhys_58S_Fall_2013_files/metropolis.pdfPhys_58S_Fall_2013_files/ising1D-parta.cPhys_58S_Fall_2013_files/pi.cPhys_58S_Fall_2013_files/stratified.cPhys_58S_Fall_2013_files/recursive1.cPhys_58S_Fall_2013_files/recursive2.cPhys_58S_Fall_2013_files/wave_evolve.mPhys_58S_Fall_2013_files/collision1.mPhys_58S_Fall_2013_files/gas.cPhys_58S_Fall_2013_files/gas_prototype.cPhys_58S_Fall_2013_files/gas_sim_root.Cshapeimage_2_link_0shapeimage_2_link_1shapeimage_2_link_2shapeimage_2_link_3shapeimage_2_link_4shapeimage_2_link_5shapeimage_2_link_6shapeimage_2_link_7shapeimage_2_link_8shapeimage_2_link_9shapeimage_2_link_10shapeimage_2_link_11shapeimage_2_link_12shapeimage_2_link_13shapeimage_2_link_14shapeimage_2_link_15shapeimage_2_link_16shapeimage_2_link_17shapeimage_2_link_18shapeimage_2_link_19shapeimage_2_link_20shapeimage_2_link_21shapeimage_2_link_22shapeimage_2_link_23shapeimage_2_link_24shapeimage_2_link_25shapeimage_2_link_26shapeimage_2_link_27shapeimage_2_link_28shapeimage_2_link_29shapeimage_2_link_30shapeimage_2_link_31shapeimage_2_link_32shapeimage_2_link_33shapeimage_2_link_34shapeimage_2_link_35shapeimage_2_link_36shapeimage_2_link_37shapeimage_2_link_38shapeimage_2_link_39