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This program explores the fundamental principles governing our universe. The insights gained from physics research fuel groundbreaking technological advancements, ranging from radar systems and laser devices to transistors, quantum computing, and sophisticated medical imaging equipment.
The Master of Physics offers specialization in these key areas:
Astronomy and Astrophysics (covering observational methods, statistical analysis in astronomy, galaxy dynamics, dense cosmic objects, astrophysical phenomena, plasma physics, space electromagnetism, and high-energy cosmic events)
Computational Physics (focusing on numerical analysis, supercomputing, GPU programming, and computational methodologies)
Experimental Physics (emphasizing data interpretation and experimental techniques)
Medical Physics (training in system setup, calibration, safe operation, and maintenance of life-saving medical equipment)
Theoretical Physics (advanced knowledge at the cutting edge of physical theories)
Quantum Technology and Computing (comprehensive quantum theory, experimental methods, practical applications, and programming skills for quantum systems)
Develop the specialized scientific knowledge and medical physics proficiency needed for professional accreditation in Australia and New Zealand through our Medical Physics specialization.
This program holds accreditation from the Australasian College of Physical Scientists and Engineers in Medicine (ACPSEM).