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5.73  Intro Quantum Mechanics I

Fall 2010

Instructors: Christian Lukas Degen, Robert Guy Griffin

TA: Loren Andreas

Lecture:  MWF9  (2-131)        

Subject Description: 

Fundamental concepts of quantum mechanics: wave properties, uncertainty principles, Schrodinger equation, and operator and matrix methods. Basic applications to: one-dimensional potentials (harmonic oscillator), three-dimensional centrosymetric potentials (hydrogen atom), and angular momentum and spin. Approximation methods: WKB method, variational principle, and perturbation theory.

Announcements

5.73 Final exam information

Dear 5.73ers,
Here is some final information for the exam. The examination is pen and paper only, and no calculators or books will be needed (nor allowed). There is a one-page reference sheet with formulas attached to the exam that you will be able to use. The reference sheet is already uploaded on Steller and you can have a look at it beforehand, but don't bring it along (you will get a fresh one with the exam). Paper, pizza and soft drinks will be provided.
Good luck!
Christian

Announced on 06 December 2010  6:02  p.m. by Christian Lukas Degen

5.73 lecture schedule and exam preparation

Dear students,
Some of you asked me about the remaining schedule and also about recitation and PSet discussion opportunities. Here is some information on what is planned until the exam:
- Friday, Dec 3, 9-10am will be the last regular lecture
- Monday, Dec 6, 9-10am will be a Question&Answer hour instead of a regular lecture, where we can discuss lecture notes and problem sets. Please bring along any questions you still have.
- Monday, Dec 6, 5-6pm Loren Andreas will have special office hours in room 4-257
- Wednesday, Dec 8, 7:30-9:30pm is the Final Exam at the Magnet Lab in NW14-1112. There will be pizza like last time.
See you tomorrow,
Christian

Announced on 02 December 2010  11:38  a.m. by Christian Lukas Degen

Problem Set #7, exercise 2 updated

Dear all,
Exercise 2 of Problem Set 7 should now have consistent numbers for gyromagnetic ratio and hyperfine couplings.
Christian

Announced on 10 November 2010  10:21  a.m. by Christian Lukas Degen