EE 723 Physics of Nanoelectronic devices (Autumn 2018-19)
Instructor Name: Prof. Bhaskaran Muralidharan
Course Type: Theory
No. of Credits: 8
No. of Credits: 8
Pre-requisites: QM1, QM2, Statistical Mechanics
Course Content:
Bra-ket notation, spin states, 2 level systems, hydrogen atom, perturbation theory (both time independent and time dependent), wkb approximation, quantum statistical mechanics.
Bra-ket notation, spin states, 2 level systems, hydrogen atom, perturbation theory (both time independent and time dependent), wkb approximation, quantum statistical mechanics.
Books:
Griffiths quantum mechanics
Griffiths quantum mechanics
Lectures: Board lectures, with handwritten notes uploaded on moodle
Assignments:
Tutorials uploaded on Moodle, discussed in class.
Tutorials uploaded on Moodle, discussed in class.
Exams and Grading:
Tutorials uploaded on Moodle, discussed in class. 2 quizzes(total 25%), 1 midsem(25%), 1 endsem(50%)
Tutorials uploaded on Moodle, discussed in class. 2 quizzes(total 25%), 1 midsem(25%), 1 endsem(50%)
Pro-tips:
1. Solve Griffiths in it's entirety. Nearly all exam questions are from there only.
2. Going to class isn't all that necessary.
Advanced follow-up courses that can be taken after this course
PND 2
1. Solve Griffiths in it's entirety. Nearly all exam questions are from there only.
2. Going to class isn't all that necessary.
Advanced follow-up courses that can be taken after this course
PND 2
Respondent: Sumukh Vaidya
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