University of Adelaide

What you'll study

This programme builds a strong grounding in mathematics and core physics before moving into advanced theoretical subjects. Early years focus on classical mechanics, electromagnetism, introductory quantum mechanics, mathematical methods for physicists and computational techniques. In later years you will study more specialised theoretical topics such as advanced quantum mechanics, statistical mechanics and thermodynamics, quantum field theory, condensed matter theory, cosmology and general relativity, as well as elective modules that may cover nuclear and particle physics, nonlinear dynamics, or mathematical physics.

• Foundations: calculus, linear algebra, differential equations and probability alongside introductory laboratory and computational physics.
• Core theoretical modules: classical mechanics, electrodynamics, quantum mechanics and statistical physics with an emphasis on derivations and formalism.
• Advanced topics: quantum field theory, condensed matter theory, cosmology, many-body physics and specialised mathematical methods.
• Computation and modelling: numerical methods, scientific programming and high-performance computing applied to theoretical problems.
• Research project: a final-year research or capstone project in theoretical physics, supervised by academic staff, with the option to proceed to an honours year or direct postgraduate research.

Entry requirements

Applicants are expected to have completed secondary education with strong results in mathematics (typically calculus-based) and physics. Equivalent international qualifications such as the International Baccalaureate or other recognised school-leaving certificates are accepted. Mature-age applicants and those with relevant diplomas or prior tertiary study may be considered through alternative entry pathways. You will also need to meet the University of Adelaide's English language requirement if English is not your first language. Specific selection thresholds and prerequisites vary by year and applicant category, so consult the university admissions pages or an admissions adviser for up-to-date guidance.

Career prospects

Graduates with a theoretical physics degree develop highly transferable analytical, mathematical and computational skills. Common career pathways include:

• Research and academia (progressing to honours and PhD programmes in theoretical or experimental physics)
• Data science, quantitative analysis and machine learning roles in industry and finance
• Software development, modelling and simulation across technology and engineering sectors
• Defence and aerospace roles involving mathematical modelling and systems analysis
• Scientific policy, consulting, education and communication

Why study at University of Adelaide

The University of Adelaide offers research-led teaching in physics with access to established research groups and interdisciplinary centres. Students benefit from supervision by active researchers, opportunities to work on substantive research projects and exposure to computational resources used in contemporary theoretical work. The School of Physical Sciences has collaborative links across physics, mathematics and engineering, enabling interdisciplinary projects in areas such as photonics, quantum physics and computational modelling. Small cohort sizes in advanced subjects mean close contact with academics and peers, and the programme provides clear progression routes into honours and higher degree research for those aiming for careers in research or academia.