This course uses advanced formalisms to develop concepts of classical mechanics with respect to the kinematics and dynamics of rigid bodies and systems. It covers two and three dimensional motion, basic conservation laws and Lagrange's and Hamilton's equations. Transitioning to quantum physics, the course covers formal quantum theory, quantum measurement, entanglement, time evolution, angular momentum theory and applications in quantum information theory including quantum key distribution. Advanced topics in the course may vary year to year. Assumed Knowledge: Undergrad Science degree with Physics Major.
10 (10)
Undergraduate
Band 2
Gold Coast Trimester 1Nathan Trimester 1
Please view full class information for School of Environment and Science
| Class | Availability | When | Where | Notes |
|---|---|---|---|---|
| You must enrol in this Class | ||||
| Class (16075) | Open | Weeks 1 - 6, Mid-Trimester Break, 7 - Exam week | Course attendance and other requirements will be provided via Course Profile and/or Learning@Griffith. | |
Please view full class information for School of Environment and Science
| Class | Availability | When | Where | Notes |
|---|---|---|---|---|
| You must enrol in this Class | ||||
| Class (16076) | Open | Weeks 1 - 6, Mid-Trimester Break, 7 - Exam week | Course attendance and other requirements will be provided via Course Profile and/or Learning@Griffith. | |