MPhys Physics (Quantum Technology) (research placement)
About this course
Physics with Quantum Technology is a degree that combines a broad foundation in physics with a focus on one of the most rapidly developing and potentially transformative fields in modern science. Quantum mechanics describes the behaviour of matter and energy at the smallest scales, and quantum technology is the emerging discipline that harnesses quantum phenomena to build devices and systems with capabilities that classical technologies cannot match. Quantum computers, quantum sensors, quantum communication systems, and quantum imaging devices all have the potential to reshape fields from medicine and materials science to computing and environmental monitoring. At the University of Sussex, this four-year, full-time programme includes a foundation year for students who need additional preparation in physics and mathematics before beginning the main degree. The programme combines a broad and rigorous grounding in the core principles of physics, including mechanics, electromagnetism, thermodynamics, and quantum mechanics, with a specialisation in quantum technology and its applications. A research placement is embedded in the degree, giving you hands-on experience in a research environment and developing the practical and analytical skills that both academic and industrial careers in this field require. Sussex has a strong research reputation in quantum physics and quantum technology, and the teaching reflects the current state of a field that is moving from theoretical foundations to practical implementation at speed. Graduates of this programme are well placed for careers in quantum technology, computing, defence, telecommunications, and scientific instrumentation, as well as in academic and industrial research. The field is growing rapidly as investment in quantum technologies increases from both governments and private sector organisations. Many graduates continue to postgraduate research in quantum physics or quantum computing, while others move into data science, financial modelling, or engineering roles where the rigorous quantitative training a physics degree provides is valued.
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