From: Subject: PHY 411-506 Spring 2001: Lectures Date: Wed, 4 Mar 2009 16:01:04 -0600 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0047_01C99CE2.6BC2F2D0" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.3350 This is a multi-part message in MIME format. ------=_NextPart_000_0047_01C99CE2.6BC2F2D0 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.physics.buffalo.edu/gonsalves/phy411-506_spring01/lectures.html PHY 411-506 Spring 2001: Lectures Ho= me=20 | Course=20 Outline | Lectures = | Homework=20 | Files=20

LECTURES

Chapter 15: Complexity

Lecture=20 40: April 30=20
- Forest=20 fire automaton model=20
- Neural=20 networks and associative memory
Lecture=20 39: April 27=20
- Two-dimensional=20 sandpile automaton
Lecture=20 38: April 25=20
- The=20 Gutenberg-Richter Law=20
- One-dimensional=20 sandpile automaton
Lecture=20 37: April 20=20
- Lattice=20 Gas Model of Fluid Flow
Lecture=20 36: April 18=20
- 2-D=20 Cellular Automata (continued)
Lecture=20 35: April 16=20
- Conway's=20 Game of Life
Lecture=20 34: April 13=20
- One-dimensional=20 Boolean cellular automaton

Chapter 18: Quantum Systems

Lecture=20 33: April 11=20
- Path=20 Integral Quantum Monte Carlo (continued)
Lecture=20 32: April 9=20
- Path=20 Integral Quantum Monte Carlo
Lecture=20 31: April 6=20
- Quantum=20 Systems - Catching up!
Lecture=20 30: April 4=20
- Random=20 Walk Quantum Monte Carlo
Lecture=20 29: April 2=20
- Quantum=20 Systems - Catching up!=20
- Parabolic=20 partial differential equations.
Lecture=20 28: March 30=20
- Quantum=20 Systems - Catching up!
Lecture=20 27: March 28=20
- Time-Dependendent=20 Schr=F6dinger Equation
Lecture=20 26: March 26=20
- Bound=20 state solutions by deterministic integration =

Chapter 17: Monte Carlo Simulation of the Canonical Ensemble

Lecture=20 25: March 23=20
- Finite=20 Size Scaling - Catching up!
Lecture=20 24: March 21=20
- Autocorrelations=20 - Catching up!
Lecture=20 23: March 19=20
- Ising=20 phase transition and finite size scaling
Lecture=20 22: March 16=20
- Autocorrelations=20 in the 2-D Ising model simulation
Lecture=20 21: March 12=20
- Counting=20 States: Energy versus Entropy
Lecture=20 20: March 2=20
- The=20 Two-Dimensional Ising Model

Chapter 16: The Microcanonical Ensemble

Lecture=20 19: February 28=20
- One=20 dimensional Ising Model: theory and simulation
Lecture=20 18: February 26=20
- The=20 One-Dimensional Ising Model
Lecture=20 17: February 23=20
- The=20 Microcanonical Ensemble

Chapter 12: Random Walks

Lecture=20 16: February 21=20
- Application=20 of the pivot algorithm
Lecture=20 15: February 19=20
- Kink-jump=20 polymer dynamics
Lecture=20 14: February 16=20
- Symmetries=20 of the square lattice=20
- The=20 double cul-de-sac polymer
Lecture=20 13: February 14=20
- Reptation=20 method for enriching a polymer sample
Lecture=20 12: February 12=20
- More=20 on Self-Avoiding Random Walks=20
- Applications=20 of Random Walks to Polymers=20
- DNA=20 is a Polymer
Lecture=20 11: February 9=20
- Modified=20 Random Walks: A Lattice Gas=20
- Self-Avoiding=20 Random Walk in 2 Dimensions
Lecture=20 10: February 7=20
- A=20 random walk in two dimensions=20
- More=20 on graphics programming

Chapter 11: Numerical Integration and Monte Carlo Methods

Lecture=20 9: February 5=20
- Importance=20 Sampling=20
- Metropolis=20 Monte Carlo Algorithm
Lecture=20 8: February 2=20
- Generating=20 the Gaussian distribution=20
- Overview=20 of Java graphics programming
Lecture=20 7: January 31=20
- Monte=20 Carlo Quadrature and Error Analysis
Lecture=20 6: January 29=20
- Quadrature=20 and Integration=20
- Programming=20 the Rectangular Approximation=20
- Multidimensional=20 Quadrature

Chapter 7: Random Processes

Lecture=20 5: January 26=20
- Random=20 Walks=20
- 2-D=20 Random Walk - Java Graphics
Lecture=20 4: January 24=20
- Binomial,=20 Poisson, and Gaussian Distributions=20
- Relationship=20 between Poisson and Gaussian distributions
Lecture=20 3: January 22=20
- Darts=20 and the Poisson distribution=20
- Another=20 Poisson applet
Lecture=20 2: January 19=20
- Random=20 sequences=20
- Pseudo-random=20 number generators=20
- How=20 good are they?
Lecture=20 1: January 17=20
- Random=20 processes=20
- Tossing=20 a coin=20
- Random=20 number generators

Questions or comments: phygons@acsu.buffalo.edu
=
------=_NextPart_000_0047_01C99CE2.6BC2F2D0 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.physics.buffalo.edu/gonsalves/phy411-506_spring01/comphys.gif R0lGODlhfQAyAPf/AP///wgICBAQEBgYGCEhISkpKTExMTk5OUJCQkpKSlJSUlpaWmNjY2tra3Nz c3t7e4SEhIyMjJSUlJycnKWlpa2trbW1tb29vcbGxs7OztbW1t7e3ufn5+/v7/f39+/n597W1r21 te/e3u/n797W3qWcpe/e5//v9+fW3u/O3qWElKVrhOe9zt61xqV7jN6lvdatvc6lta2ElM6Mpb17 lK1rhJxac7VKc5wYSvfe59a9xrWcpc5zlL1jhLVae7VCa605Y6UxWpwpUq0pWqUYSpwQQr2lrc6c rdaMpcZ7lLVrhKVac8ZjhK0xWqUQQpwIOe/W3ufO1s61vd6tvdaltc6EnL1Sc7VKa61CY6U5Wq0p UqUhSpwAMdacrc6UpcZzjLVCY6UYQt69xt6ltb2ElO/O1salrc6MnMaElL17jK1re+e9xgAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACwAAAAAfQAyAEAI/wABCBSI ZEbBHACQIATQhQUSFgJzzDgxcKBEgSdmVMxYkaBBiACmIKEIwOHCjihTVkxxUOVAhyBDjhQokiRH lwC4xMwJ8scZgj9cruEicGhFoyu3cEkSsQkXjR5+LMVZkQ0bCB06ePAg0IMVLlysnODS48kWKBWd gOUSNIdTjW6fFiXqEoHVBxs0ZLhAwKoEDloTWF2QNwOGB1YHANZqlU2BDJAz2LX6WIPeyRY2aO3Q mM0DyBgoBGAjQAPgDY0JRKhgAYMDqwo2APbAwWoDDrMFDnDMwYJVBoVdw9astaIHzmwYsMagQevx DhzywmZ9ofnWDhLuUqgweDvz6IMrVP/4Xjt5hQsYMNxdrvl4BKsRtndv3ZzDazbimcvWIDiAhQa2 VbCdBQRSMMEEETBQQGMUmFbcQLRpgIEFEzSwAAMRXECgeBd0aIF4FjLggIcUDNihhudlIBsHEhJ4 gYq4tWgBeuqxoYAEESxw4Xkfcogeii8St8FeBDJXXAcb9AcBBBJYkIEGeWFQgQMMVDnBBQJ6ZxpX A/WwhUBdNLFQCyYUZUIOZQDQwRpmRlEmAGuUWUYKZzzVgUAmxFnnDB2kcFKcNIGggxEaYiBFDFEI JNdAco01w1M5JAooAC2IgKQZMkxAgQsUqGgCmQOVscadjGq0KFWoVnRqqqy22ioPWxT/waWrtKra wwxfpbAWWBqd8IROKLFQxBR0sUCXQMZ2hMQXLGzxE7A/IMFFEU04cVKtAEChVBFMdBAWAFY0ESwX XfAEQLTQIlHSsdi2626tyDHQoYPvuuvBbgp8OCCBPc64GwL6ssbvAlZdWeMCE0gwgXi+2ajwvuG9 qMFvEjwsMIBsXHkBbDhqyhrB+DkJZQZ9GSDxwRZQIMFoVhnQAAUbnvfdrABwkMFoAozXXnaeDYmB AGwEIIGRtC3IhgQCcsfGAqzBWB7TQeIWcXqNIRCkVgdYtZ18SzdN3H35OYjkfXdJADMGDPhlGAYa gvzAeVt2dFx0hp0ocXtz++whejBm/wVddItdF51sWQm+wYqoLX2giXwTntXggT8H+GwIIMByAllW x8FWtEW5NwZPtofSD+IyJOZUjsr1Q1DS5sRUnTlp9MMVxoKkRRMzNOEURHKh/hQXVXgABBYdCKHF GU0Eterysl8Bbg9cTAEAbUekUcQVXKDhgVwsSH/CFDMUYUWpsbsELABbPMrmuUh44EQXJpxfUfxE JQHWQPazy9CXA0ULQBEs+EEXTmCFa9XqB0w5FxNYcAI/dYQJPQBAEoLiPwBWkAX5o4r8crI+nwhk BkFBya6IkqyX0GV1ZegCQr4QlC1Irwld2AJEPIiqyk0AJUUoFwDOIBXpEWsjW9gCSf9cCAAYEhGG 66qXEpfoEg9YxQGhe1BHNsjElGQAaJ3hDc1IlkXSTGArA7GKBRTQxS+mLYsVAKNAxEjGLD4AjMeB jdE6swA1AiBtAuBcRTZ2tKJ1kQ0RsCNKICDGCWWJAgsKAHMQgx9DlqhEozFA6BJzyBJZhQDbEY+A flMd2VglAJXcDtAkaRmrCABHCtMUZpxGSPzAyAP3ocAFzqjJRzJAAQ3opBSn9xuG6Sc46PnNgH6p AZ69rWEK8BhzMsCxs0FmOq1hpmcOBLe8GJM1sFGmZTCmpcNRwDYvSmTKHtkAlnWGAONRkRSPQ0ZQ tkYzAmmlito4AfqQygMLypklbeT/Nal17Z3+ZFpraoS5q01PMOjcpwK8lhVGhg0wLBrNAkZTgBKd RwEFWIAhD1SxwcysIkjKgGD+GAG2acgCk+kiOpOmNIGq82kMhelAL/nHA2CJYeF5Z0Ot8tCtsKgv bDgABOIjsVZ2MQAR0JSTNkCzzrEtlDC7m4Ru+kiL0scydftOVvSm1ZCybZmDiYBYH5ZJiWH1q1uC jl7QA6XieGACtqmYznBjMyxV1apaRUkZegCGL9CVroWb1XX+5jg9buUDKBCkBxDrgSq0AEKco013 UmQaDgDBC3oEww/AAAQqAAAMOpxeZD1gVAdUwAYuWCqpRPs4ugJhBh4AbUq4oK6K/1xBiI/SVVCa 8AQPMIEobDnXEHKirtXVDkzj0x20fvIDInggt1zAAglwEIQM0OAKHUheTn7CKDAgQSrxa6EAufBc WXkLCxbIQg2CoIQNaCEoVlCeFbwS2t7VFiUxZEsKpvcVInLhJ1cIyqNyYoUgokVapPuBB5zyk0dt 4QdbeMt/+csF/zIXDABwMIS3q6r7cnh10/uWQFKgFDBEAXgAyIFUzgIAErMFLYp6Fndn+95Y5eB8 PjkDEQTCBAyj5LcC+QK7hNwRXWm2XF0ogha+NIUnNKEI9SLW7YoA45QQCwzRY4iSv5TkJQdZfyIE Ce5wXIUMb4EJIXygVM7VhWONt/8jSXBCEX5AES6wySe0PcMH6sWEIUjvA7oKAlik92Pl3blOh34z TriQPCtI7yksYEETasuD0nXEJyUsIbLoApaYfNdcP3hUudKnxCnwwAnSgoimR+xkRc1QfefSCFLM txMc15aHKYn0o1TNrlUX8QdTeB8AeuBoLuQAzcEmNFWsAgFBMsEJU5hCEezXBEmPr0tPWcN+iU2s HHDb2EmsoriX6ETP4MY5s93JuNfNblTFkQ0NAJ1saPYSerdbTREwQMsgoJIO5PuSDtgASiqXAQBM wGgKuMBAJqBvGxW8IwQHQAR2YyMLGKc8ynEAUAsgAZQoAAEOUEnlIiAQfzecAAz/eDhVNoDFAjyg ARQ/QOHUhMUBPOABc6yAc8qdyAY8IGtssDlpfE5xxezcKpNJwANGerTNlGc0AUhAA1JKgZ1/M2Po Fsh9NDMZly+9MTq3t0CkuYCpfgiubECAaaSZALOz5ox48ScgPWQBo8ryRK10AJQA05hc8us/dzlc 4uC9ONaMsm8cEMwA9q6VGkERYz/iV18GoE5726UAjtzaAxzQpAzoewBSypImJ/MiaR7gQJraJwIs tsmliWxiaeeoxygwUr5Z5QCoTD3IqrkBPsrLQQsagIbOaACzVdWXooNQgIaZnpPOqJcmAk0rH/B8 hym1QxxDWmv4CDXQPbFi9XzR/wWmX/0bmW1GaNPaVTXAzUXCpwKaAllnDjCiDr0SpL1MEXGioxey b+dq0GFMXKMA/6ciiYMwvJdTVOMZBQhRaPc2SkOAsrR3YDMjUJIX//IhVpEA47Q1FLAADdcYpJQb XdEBWVMA7FEcaAMBh6NvKKhTXNEBYLNPAoUBK5JTTqOAB8NQx+FQNJiCHeBQFogbG9BKEQB0VkUj WJIwCtNGKZd809MBeQeDAPB50fEermeDKjgdP7hU/qQcqoVxy1EjASBLKrIVsLdQXONSX8NTQ6hW doFFN+IdkzdVAoIgg0GFJbcBGEMAEGAZrSQAoHEBjBQADoABvWE0CxAwEZOD5v/hhWI4U41xABWg ARcwGYuYNI1IHEKoOVuxATVCGmIFM3vRGIe4FxgzAJriiV0RIRcgf4khAc53UuWURYuYMgKDgzf4 iI4IhguoI+a0NIaUi/+kTjLIU+OxJcfBh78xVMmYFw8QjGxQfI/EigMBHXuhSdoYfXUjHgPijRwC OoZRJBkAUUNCjuaYAUXifTYyVgtTSzKzNuj4OESCHvM2PRwwGgcgVvW0dy2SND2iSarVVE6FIgIZ NURIJNqIfntXGFH0OIXRVhCpF5aRhhXDegwpG4cDGRK5jP2XVmqSNWWoVFrYOQqZSUXiIGLnU/z3 JIw3WkgSkZYxb5zjNzM3WH7/wxU4CR0HaFF8M5ObU5M2ySXPAR2cc0YFUyJUaDgf+ZL2lgNzxgNK NlpiJ1pU2RE58ATrUxFQySZNMGMXlzALQx+zgWKMEmpScWJlNj1ywwGbBzMUgANL8FHGUZPbU2ar MhBOkECh8itkkRNOwQXP9pdcMASD9mFS0WkhMUI6AQYaUQZFABYRxAVaABZqcAEysBZ4qRHk4y2P EphTYAXDNRRU0AFKsBYrIARqoAE64Jflkj9c8AKMImOzxZnks12q4zwDJhe7KTtgYCzrkxFSAQTA sgXqQluK8ihV0AFY0AQkAAI0QJzK42EV9gOOVj6rsz1dAAZMcBw+ABZZYARFd0AD3gKW0KNf5JOX NPEUwfYlTDAs0BM/siNgwDUsWzA+1EIsPzAUZ7BfYSFtb1EGcvGeUxCfTxEVWLA9N9BkzsM8qjKf DAEWOkkEQjAFRHADKHYDMkQELVRt95metslEyHlvVTQWoUWi7zIDW4mi78ICZ2BA6xYQADs= ------=_NextPart_000_0047_01C99CE2.6BC2F2D0 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.physics.buffalo.edu/gonsalves/phy411-506_spring01/style.css BODY { BACKGROUND: url(/phy411-506/cpbg.gif) white fixed no-repeat left top; = MARGIN: 1em 1em 1em 2em } H1 { COLOR: #903; FONT-FAMILY: sans-serif; TEXT-ALIGN: left } H2 { COLOR: #903; FONT-FAMILY: sans-serif; TEXT-ALIGN: left } H3 { COLOR: #903; FONT-FAMILY: sans-serif; TEXT-ALIGN: left } HR.short { WIDTH: 40%; TEXT-ALIGN: left } ------=_NextPart_000_0047_01C99CE2.6BC2F2D0--