Topics include:

• Harmonic oscillators
• Second quantization for bosons and fermions
• Model Hamiltonians
• Collective excitations
• Correlation functions
• Path integrals
• Links to statistical mechanics.

Learning outcomes

By the end of the module, you will:

• Have a deep and systematic understanding of the basic theoretical approaches to modelling quantum many-body systems
• Be equipped to engage with research-based knowledge in this field
• Have a comprehensive understanding of the basic techniques and methodology for treating quantum many-body systems, including harmonic oscillators, second quantization for bosons and fermions, model Hamiltonians, collective excitations, correlation functions, path integrals and links to statistical mechanics
• Be able, with critical awareness, to undertake analysis of complex areas of knowledge related to quantum many-body systems and communicate the outcome of such analysis effectively
• Be able to synthesize information in a manner that may be innovative, utilizing knowledge and techniques from the forefront of research
• Be able to use full range of learning resources and undertake innovative research tasks competently with some guidance
• Become an independent and self-critical learner, able to communicate topics of quantum many-body systems clearly and effectively to specialists/non-specialists and manage your own continuing professional development
• Be able to critically use the learned techniques to analyse and comprehend quantum many-body systems
• Be able to operate in complex and specialized contexts that may be at the forefront of knowledge.

• A 2:2 honours degree or international equivalent in Physics: Quantum mechanics
• A CV and personal statement outlining your reasons for study
• English language band D (for example, IELTS 6.5 overall with a minimum of 6.0 in each skill).

Assessment

You will be assessed via an examination.

This is an on-campus module. Lectures will be held on a single day of the week, each week, during term time. You will be expected to be on-campus for these. Exact dates and times will be confirmed upon enrolment.