The lec­ture notes on this page cover all or parts of classes I taught where these notes were either handed out to stu­dents as sup­ple­men­tary read­ing mate­r­ial or simply made for my own con­ve­nience when teach­ing a paper. They have, how­ever, been edited to add ample expo­si­tion since the orig­i­nal talk notes were largely just equa­tions after equa­tions. Some may be updated/​improved over time while others may only be a first draft; the latest ver­sions of these notes will be avail­able on this page for anyone inter­ested in using them for either ref­er­ence or learn­ing.

Thoughts, crit­i­cisms and sug­ges­tions for improve­ment are always wel­come. Please feel free to get in touch with me via e-mail any­time. Thor­ough spellcheck­ing has not been per­formed on some of these notes so if you spot minor errors too (and have the time and incli­na­tion) please let me know.

You may notice that older notes have been laid out dif­fer­ently. Newer ones use my LaTeX lecture class and have a more con­sis­tent tone. The lecture class is avail­able for free on Github if you wish to use it your­self; if you wish to help develop it, please feel free to fork it or just send me an e-mail with your sug­ges­tions.

Sub­ject Level Down­load Remarks
Small oscil­la­tions Post­grad­u­ate Link
Fields due to moving charges Post­grad­u­ate Link
Radi­at­ing elec­tro­dy­namic sys­tems Post­grad­u­ate Link
Intro­duc­tion to Raman spec­troscopy Post­grad­u­ate Link Entry-level, will fit snugly in an under­grad­u­ate course.
X-ray dif­frac­tion by crys­tals Post­grad­u­ate Link
Extrin­sic semi­con­duc­tors Post­grad­u­ate Link
The Hall effect and cyclotron res­o­nance Post­grad­u­ate Link
Intro­duc­tion to elec­tron­ics and cir­cuits Under­grad­u­ate Link For stu­dents with­out a back­ground in physics/​maths.
  1. Mechan­ics (IAL – AS)
  2. Mate­ri­als (IAL – AS)
  3. Sta­tis­tics (IALASS1

Have a nice day.