Module description
Syllabus
Main topics will include bound states of the Hydrogen atom; angular momentum, spin, representations of SU(2); symmetries in quantum mechanics; relativistic quantum mechanics (Dirac equation); perturbative methods. Additional topics may include scattering states in central force problems; Feynman path integrals.
Prerequisites
Before taking this module you must have taken 5CCM234A/6CCM332A Introduction to Quantum Theory or a similar module at another institution.
You are also advised to have knowledge and experience of the topics covered in the syllabus for 5CCM231A Classical Dynamics, 5CCP2380 Electromagnetism, 6CCM331A Special Relativity & Electromagnetism
You cannot take this module with 6CCM436A Advanced Quantum Mechanics
Assessment details
2 hr written examination.
Educational aims & objectives
The module deals with selected chapters from quantum mechanics, building upon the notions introduced in introductory courses on quantum theory. Apart from discussing fundamental examples like the hydrogen atom and new phenomena like spin, the module also provides concepts and mathematical tools useful in more advanced areas like quantum field theory.
Teaching pattern
Two hours of lectures and one hour of tutorial per week throughout the term
Suggested reading list
Indicative reading list - link to Leganto system where you can search with module code for lists