Master of Science (Physics)

Students can specialise in a range of fields including quantum information, astrophysics, nanoscience, and biophysical science. Half the course is dedicated to independent research in a field of your choosing, working with one of the School's leading research groups.

You will learn from world-renowned physicists who work with advanced instruments including the Large Hadron Collider, the LIGO gravitational wave detector, the Murchison Widefield Array, and the Australian Synchrotron, covering frontiers such as gravitational waves, quantum information, and particle physics.

Yes, the School of Physics offers dedicated support from academic advisors and peers. Students can engage with the Postgraduate Physics Students' Society, access course planning and academic skills advice, explore mentoring opportunities, and utilise Stop 1 which offers support across the full range of student services including wellbeing, accommodation, visa information, and student administration.

Yes, students can explore opportunities to study at a partner institution overseas to build international connections, extend their knowledge, and make lifelong memories. Global exchange and overseas study support is available through Stop 1.

In addition to foundational coursework subjects in your first year and a major research project, you can develop professional skills through complementary elective subjects covering areas such as modelling, working with data, science communication, ethics, and business tools.