Physics 406 Introduction to Solid State Physics


Instructor: Prof. SangW. Cheong Lectures: Mondays, Thursdays 10:20  11:40 am ARC 204Grader: Yazhong Wang, yzwang@physics.rutgers.edu Office Hours: 11:15 am 12:15 pm, TuesdayOffice: Serin 258 8484459023Email: sangc@physics.rutgers.edu(a) Single crystal of TbMn_{2}O_{5} (b) Electronic band structure of the surface of Bi_{2}Se_{3} (topological insulator) (c) Ferroelectric domains in YMnO_{3} (d) Magnetic bubble domain (skyrmion) in MnSi (e) Superconducting vortices in NbSe_{2} RECENT UPDATES[01.22.2015] Welcome to the spring semester! HOMEWORKSProblem sets will be handed out in class on Thursdays and will be due the following Thursday. Solutions will be given out the next Monday. Homework handed in late will be penalized 20 %. No homework will be accepted after the solutions are available. (I strongly recommend that you understand all homework problems as preparation for the exams).
COURSE DESCRIPTIONThe course will follow the topics of Kittel rather closely. I
intend to enhance some of Kittel’s discussion by including solid state
chemistry and materials science aspects. Below, I have outlined the
topics for the course. I reserve the right to tailor this program as
we progress, and I will keep you informed as to what is expected of
you. Topics of current interest will be covered throughout the
course. TEXTBOOKRequired:•Introduction to Solid State
Physics Supplementary:• Elementary Solid
State Physics: Principles and Applications • Solid State Physics By N. W. Ashcroft and N. D. Mermin • Solid State Chemistry and Its Applications
EXAMS
Please bring a calculator and an equation sheet to the exams. GRADINGHomework: 25 %, Midterm: 25 %, final: 50 %. You can check your current grade HERE.

