Graduate Course: Surfaces and Thin Films

John Venables, Dept of Physics and Astronomy, Arizona State University, Tempe, Arizona, and CPES, University of Sussex, Brighton, UK.

PHY 598 ST: Surfaces and Thin Films

This semester, Spring 2003, I am teaching two graduate courses. This course is PHY 598 ST: Surfaces and Thin Films, line number 65901. It is being taught primarily, but not exclusively, using the web and my new book. The other course is PHY 571: Quantum Physics. The Surfaces course is offered to off-campus students in conjunction with ASU Distance Learning.

If you need to know how we've got to this point, consult the 1996-2002 history panel. The main resource base is a series of Lecture notes which have been built up over the last few years, coupled with Student projects which are ongoing. These notes have been edited and expanded into a book, Introduction to Surface and Thin Film Processes, published by Cambridge University Press (2000). This book is open to the web for comments, problems and projects. It is included in the course recommendations, and it is obviously helpful if all the students have a copy! Thus the course will mainly follow a reading/conference/project pattern, taking student preferences into account. However, if we have enough students, and enough time, we may update the lecture notes during the semester.

The current Timetable, Outline, and Assignments may be consulted. Progress during Spring 2003 is being updated from this page. Associated with my graduate courses, I am building up some Web-based Resources which concentrate on surface and thin films, but which contain additional material of more general interest.

Course diagrams will be handed out as needed. If you want these ahead of time, or have other queries, please e-mail me at . I particularly would like to hear from off-campus students before they try to register for this course. If you indicate your interest I can send you an email indicating what to do, or you can consult ASU Distance Learning, or phone Brent Woodhouse on (480) 965-6738, or email him at

If you want further details of either course, or want to add material to the resource base, please consult the associated web pages and then email me with an indication of your interests and needs.

Surface Courses: 1996-2002

I taught 'Surface Physics' at ASU in the Spring Semester 1996, putting emphasis on 'Surface Processes', which is close to my research speciality. We had graduate students, post-docs and faculty attend from Physics, Chemistry, Materials Science and Engineering, including the SEM program.

The course contents and lecture notes were put up on the web, in a form which can be downloaded anywhere. These notes do not as yet include diagrams, (except for a test case, section 1.5) as this involves much more work and also raises thorny issues, including copyright. Students on the course received the diagrams in class or in the mail. I also experimented with teaching some students at other Universities, interacting primarily via e-mail.

In the Fall Semester of 1997 I used and developed these notes further in connection with graduate lectures at EPFL, Lausanne, Switzerland. An ordered list of both the ASU and EPFL lectures is given in Lecture Notes.

The 1996-97 files were revised and updated for the course in 1998, and form a good starting point for your study anytime. The following files describe the 1998 course: 1) 1998 Timetable, 2) 1998 Outline, and 3) Assignments in 1998; these were updated during the course in Spring 2001 as 2001 Timetable, 2) 2001 Outline, and 3) Assignments in 2001. Alternatively, you may consult my book, Introduction to Surface and Thin Film Processes, published by Cambridge University Press (2000). However, there is more material in the book than can be covered in one semester, and a key point of the course is that topics can be selected according to individual needs.

Web-based Talks and Articles

Over the last several years, I have been writing and giving talks on the use of the web as a supplement to teaching, particularly at graduate level, based in large part on the experience gained in these classes. The shells of the most recent talks can be accessed.

Latest version of this document: 10th March 2003.