Physics and Astronomy - Course Details
PHYS570AA (PHYS57000)
Offering:
Credit Hours: 3
Prerequisites:
Description:
COURSE NUMBER:
PHYS 570-AA (21535)
TITLE:
COMPUTATIONAL ELECTRONIC STRUCTURE OF ATOMS, MOLECULES AND SOLIDS
SHORT RUNNING TITLE:
COMPUTAT ELECTRONIC STRUCTURE
MEETING TIMES: SPRING SEMESTER, 2018 (TU & TH, 12:00 - 1:15 pm)
DESCRIPTION:
This course will cover fundamental aspects of the quantum mechanical treatment of many electron systems. Emphasis will be given to the theory behind computational solutions to the Schrödinger equation for atomic, molecular and periodic (solid state) systems. In particular, the following topics will be included:
- Representation of Wavefunctions for Identical Particles
- Molecular Orbital Theory
- Hartree Fock Theory
- Density Functional Theory
In addition to the theoretical assignments, the course will include the implementation of computer programs for the numerical solution of representative systems. As such, this course can be used to fulfill the undergraduate laboratory requirement for physics majors.
Recommended Background for Undergraduate Students:
- Phys 460 (Quantum Mechanics I) & Phys 461 (Quantum Mechanics II)
- Familiarity with programming in one of the following languages/packages: Fortran, c/c++, Matlab or Octave.
Recommended Background for Graduate Students:
- Phys 660 (Quantum Mechanics I)
- Familiarity with programming in one of the following languages/packages: Fortran, c/c++, Matlab or Octave.
Additional Information and Requirements:
Students should have knowledge of Quantum Mechanics, at the levels mentioned above or equivalent, prior to enrolling in this course. In addition, the instructor will review fundamental aspects of Quantum Mechanics, of particular relevance to the course, during the initial part of the semester. Students should have knowledge of computer programming (as indicated above) prior to enrolling in the class. No formal instruction in computer programming will be given as it is assumed that students have acquired those skills in their previous courses.
Questions and Inquiries: Please send e-mail to Prof. Jorge H. Rodriguez (jhrodrig@purdue.edu)