University of Virginia

Motivation: Teach graduate students fundamental statistical physics concepts and techniques, which are used in condensed matter, nuclear and high energy physics. Studies of phase transitions in superconductors and various magnetic phases in metals are also relevant to atomic and chemical physics - including topics like nano-magnets, chemi-sorption and surface states.

Structure: Class discussions will be encouraged with emphasis on balance between theory and experiment. For example, a historical introduction to superconductors will illustrate experimental clues which reveal the symmetry and binding mechanism for the electron pairs which conduct electrical current with zero resistance. Theoretical advances will emphasize physical insight, so that a student with a good background in Quantum Mechanics can understand the basic developments.

Textbook: Typed lecture notes will be provided - these notes will be part of a book entitled, "Modern Superconductors" , which is being written by J. Ruvalds. Several excellent texts in Statistical Physics and books relevant to phase transitions in solids and neutron stars will be placed on reserve in the physics library.

Homework: Approximately ten problem sets will be assigned, with roughly 5 problems per set. Student teamwork will be encouraged, and class suggestions for interesting subjects will be welcome. Homework will determine 50% of the grade.

Final Exam or Term Paper: Students will have the option of taking a final comprehensive exam or writing a term paper on phase transitions. Either the exam or the manuscript will contribute 50% of the grade for the course.