This unit builds on a solid foundation of mathematics and physics established at the undergraduate levels in Physics, or Astronomy and Astrophysics, and develops the major elements of modern physics at an advanced level. <br/><br/>The unit comprises lecture modules, with 18 lectures being compulsory, and the remaining 18 lectures being drawn from a selection of elective modules. Lecture modules include—Quantum Field Theory 1 (18 lectures); General Relativity (18 lectures); Quantum Optics (18 lectures); Signals and Noise (18 lectures); Computational Quantum Mechanics (18 lectures); GPU (18 lectures); and Statistical Physics (18 lectures). -- Course Website
Instructor: Associate Professor Paul C. Abbott
Prerequisites: PHYS3001 Quantum Mechanics 2 and Atomic Physics and PHYS3002 Classical Mechanics and Electrodynamics and PHYS3011 Mathematical Physics and PHYS3012 Optics and Special Topics, or equivalent
