Condensed Matter Year 3 : Hilary Term 2015
Our Full Schedule is listed
This is the web page for the
course "Condensed Matter Physics" being taught in Hilary term 2014.
This course is section VI of the third year syllabus. My
opinion is that the name of this course should be changed to "Solid
State Physics" since that is more accurately the topic covered.
We have a message-board / forum for the course!
Videos of this year's lectures are being posted on Web-learn here. (Access limited to Oxford students). The hope is that the videos will be posted within a few hours after the lecture. A complete set of videos of last year's lectures are also posted on the same Web-learn site. Last year's videos are also publicly posted (with a potentially better web-server) here and here .
I've written a book for this course which is published by Oxford University Press. The book was written do to cover everything that could possibly be asked on an exam. A list of other recommended books is given in an appendix.
(If you prefer to have the book in e-book form that is available as well. If you are feeling cheap, a draft from 2012 is available for free here with at least some of the errors noted here . Roughly the draft is the same as the book, although quite a few errors have since been removed and some topics have been rearranged a bit.)
Slides and other items from lectures will be
posted here. Any known errors from lectures
or errors in the homeworks will be corrected
here. Known errors in the book (mostly typos in exercises) are
Here are the suggested Homeworks for 2015 (mostly similar to last
Note to tutors: Please pay attention to the lecture schedule and note
below when it says we will have covered the relevant material in
Covers: Einstein and Debye
Models of specific heat, Drude and Sommerfeld (free electron) Models of
electrons in metal
We should complete the relevant material for doing this assignment no
end of 2nd week. This homework is medium length.
Covers: Chemical Bonding, Thermal Expansion,
Normal Modes, Phonons.
We should complete the relevant material in lectures roughly by the end of 3rd week. This homework is a bit longer.
Covers: Crystal Structure, Reciprocal
Lattice, X-ray and Neutron Scattering
We should complete the relevant material in lecture by the end of 5th week. This homework is a bit shorter.
Covers: Tight Binding in 1d, Brillouin Zone, Nearly Free Electron Model,
Band Structure, Semiconductors.
We should complete the relevant material in lecture around the end of 6th week. This homework is medium length.
: Mean Field Theory and Magnetism.
We should complete the relevant material in lecture eventually. It may be easier to push this assignment into Trinity term. This homework is medium length.
Homework      Some practice for Easter break
Download all the homeworks together here
Many additional problems are included in the book! You are encouraged to try as many of them as you can! Here are some I posted last year.
The Homeworks posted here have had as many errors and typos removed
from them as possible (and will be updated immediately if any other
errors are found). In case you have an old version of the homeworks,
errors that have been corrected this year are posted
For even more questions to practice with, look at previous year B2 exams. Ignore questions on photonics, device physics, superconductivity, and symmetries. Other than that, most questions should be fair game.
Other useful resources:
The official syllabus from the course handbook is here .
Here is a sample exam
Here is the 2011 exam paper
with Examiner Report .
Here is the 2012 exam paper
with Examiner Report .
Here is the 2013 exam paper
with Examiner Report .
Here is the 2014 exam paper
with (very harsh !! ) Examiner Report .
Here is a list of Problems on past papers that are on the syllabus back to 1996.
Here is a Statistical analysis of which subjects have been examined on past papers back to 2004.
Here is a Annotation of all the Homework Problems describing which ones to study most for the exam (same as 2013)
These Programs are for showing the normal modes of a 1d chain and a 2d crystal.
This Website shows fermi surfaces of many elements in cool 3d.
This Website is a set of course notes by Anton Akhmerov who teaches the solid state course in Delft and mainly follows Oxford Solid State Basics. There are lots of nice resources linked to this page. (Exams, solutions, etc).
I encourage all feedback, good,
bad, or other. If you are timid about giving feedback that you think I
need to hear, feel free to send email from an anonymous email address
(like hotmail). Complaints about the fact that I have chosen Comic Sans font for this web page will be duly ignored.
Link back to my main page.