Atomic and Molecular Physics (PHYS*4120)
Code and section: PHYS*4120*01
Term: Fall 2018
Instructor: Michael Massa
The application of quantum theory to atomic and molecular structure, and the interaction between electromagnetic radiation and atoms and simple molecules.
Class Schedule and Location
|Tuesday,Thursday||8:30 to 9:50 am||ALEX 309 (after first lecture, will move to MACN 318)|
Midterm and Final Exam
The midterm is tentatively set for the evening of Tuesday October 16th, room and time TBA.
The final exam will be Friday December 14th, 7-9pm, room TBA.
|Michael Massa||MacN firstname.lastname@example.org|
Office Hours: TBA, and will be arranged at the first lecture
Two assessment schemes will be considered. The scheme which yields the higher score will automatically be applied.
|Assessment||Scheme 1 Weight||Scheme 2 Weight|
The course website can be found by logging into Courselink.uoguelph.ca
The Fundamentals of Atomic and Molecular Physics, by R.L. Brooks, Springer 2013.
Familiarity with a quantum text of your choice is essential. Griffiths’ “Quantum Mechanics” covers some of the material in this course. Gerhard Herzberg’s “Atomic spectra and atomic structure” and “Molecular spectra and molecular structure, Vol 1” are gold mines of experimental information with wonderful qualitative discussions.
Part 1: Atoms (~70%)
- Overview of atomic structure: Interaction and energy scales, qualitative effect of spin, Pauli principle. Some spectroscopic notation.
- Central forces and Angular momentum: Commutator relations, ladder operators, review of hydrogen atom solutions, spherical harmonics, spin angular momentum, addition of angular momentum.
- Dealing with many electrons: Pauli principle, anti-symmetrization. Variational principle with application to He, H-. Approximate treatment of more than two electrons – independent particle picture + perturbation treatment of e-e repulsion.
- Fine structure (spin-orbit coupling), hyperfine structure (nuclear spin and shape effects).
- External perturbations: Zeeman and Stark effects.
- Transition probabilities: Selection rules, Fermi’s golden rule.
Part 2: Molecules (~30%)
- Born-Oppenheimer separation: Variational treatment of H2+. Molecular orbitals and qualitative treatment of H2 and first-row two diatomic molecules. Van der Waals forces.
- Vibration and rotation of diatomic molecules. Separation of variables, harmonic vibration and simple rotation. Anharmonic effects. Morse potential. Interpretation of molecular spectra, deduction of molecular constants. Selection rules, (nuclear) spin statistics. Thermal effects.
Collaboration versus Copying
Students are encouraged to discuss with each other during work on the problem assignments. However, the work that you submit as your assignment must not be a copy of someone else’s work – you must be able to present solutions such that they reflect your own understanding. Identical scripts will be given a mark of zero and plagiarism will be dealt with severely. Proper citations should be provided when books and other articles are used in your work. Please do not hesitate to speak with your instructor if you are unsure of the integrity of your own actions – before submitting your work.
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When You Cannot Meet a Course Requirement
When you find yourself unable to meet an in-course requirement because of illness or compassionate reasons, please advise the course instructor (or designated person, such as a teaching assistant) in writing, with your name, id#, and e-mail contact. See the undergraduate calendar for information on regulations and procedures for Academic Consideration.
The last date to drop one-semester courses, without academic penalty, is Friday November 2nd, 2018. For regulations and procedures for Dropping Courses, see the Undergraduate Calendar.
Copies of out-of-class assignments
Keep paper and/or other reliable back-up copies of all out-of-class assignments: you may be asked to resubmit work at any time.
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Recording of Materials
Presentations which are made in relation to course work—including lectures—cannot be recorded or copied without the permission of the presenter, whether the instructor, a classmate or guest lecturer. Material recorded with permission is restricted to use for that course unless further permission is granted.
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