PHYS 542: Numerical Methods in Applications of Physics

Numerical methods for data analysis and computation in physics

Winter Quarter, 2017
T-Th 7:00-8:50 pm
A110 Physics Astronomy Building, or online via Adobe Connect link below

Instructor: R. Jeffrey Wilkes
Professor, Department of Physics, B303 PAB, +1 (206) 543-4232
TA: Jackie Corbitt

4 credits 
Professional MS program and GNM students: register in Section A, #156741, using form sent by UW-PCE.
All other students: register in Section B, SLN
19215, via MyUW

Required text: Numerical Recipes: The Art Of Scientific Computing, W. Press et al, Cambridge, 2007. Earlier editions (1992 or later) are OK also. Any flavor, C, C++ or Fortran. (C++ recommended, can be used with MATLAB)
Numerical Recipes Source Code CD, Cambridge, 2007

Graduate status, or get permission of instructor by email.
Familiar with elements of calculus, linear algebra and complex variables.
Familiarity with a programming language (e.g., python, C++, basic, fortran) or programming environment (Matlab, Mathcad, Mathematica) is helpful, but not required

You may attend class in person, or online via Adobe Connect (see link below). In-person attendance is preferred but not required.

Last update: 1/24/17
(Updated frequently: Click reload to ensure seeing latest page contents)
  1. Course advertisement
  2. Class information
  3. Term Paper information Note: new option, presentation in class instead of paper or website
  4.   Syllabus and Calendar (updated 1/23)
  5. Adobe Connect  for online attendance [ ]. 
  6. Canvas page for this class (use to submit papers, view grades)
  7. Slides Lecture slides
  8. Reserve Book List
  9. Homework (not to be handed in, solutions will be posted with next assignment) (2 more assignments posted 1/24)
  10. intgdemo.f - code for intgdemo program discussed in class. See 1/17 lecture notes for info.

Check UW home page for news in case of inclement weather or other emergency.
Class will be NOT be held if UW is officially closed.

At_work.gif (244 bytes)   Perpetually under construction - additional material will be added - revisit frequently.
All documents on this page R. J. Wilkes, 2016-17.