Physics (Quantum Technology) (research placement) MPhys

Program Overview

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The program offers students the opportunity to work on cutting-edge research and gain a comprehensive understanding of quantum technologies, preparing them for careers in the expanding quantum technology sector.

Program Outline

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Physics (Quantum Technology) (research placement) MPhys: University of Sussex

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Degree Overview:

This 4-year full-time MPhys program focuses on the rapidly growing field of quantum technology, aiming to equip students with the knowledge and skills to contribute to its development and application. Students may even have the chance to work in their research group during term time, depending on their academic performance and availability. The program emphasizes both theoretical and experimental aspects of physics, providing a broad understanding of core principles while specializing in quantum technologies. Students will:

• Utilize state-of-the-art laboratories and equipment.
• Develop a comprehensive range of skills in theoretical and experimental physics.
• Gain specialized knowledge in quantum technologies.
• Learn to apply their knowledge and skills in real-world applications and industry.
• Benefit from strong industry links and international collaborations.
The program is designed for students who are passionate about changing the world and making quantum technologies a reality. It provides a comprehensive understanding of quantum technologies, from quantum computers and sensors to atomic clocks and the quantum internet. Students will benefit from the expertise of the Sussex Centre for Quantum Technologies and will join one of their quantum technology research groups for the duration of the program.

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Outline:

The program is structured over four years, with a focus on core physics principles in the first two years, followed by specialized quantum technology modules in the final two years. Each year includes a summer research placement, providing hands-on experience in the field.

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Year 1:

• Core Modules: Foundations of Data Analysis, Introduction to Astrophysics, Mathematical Methods for Physics 1, Mechanics and Heat, Physics Study Success, Mathematical Methods for Physics 2, Physics Year 1 Laboratory, Waves, Fields and Modern Physics.
• Options: Introduction to Quantum Physics.
• Electives: Students can choose one elective from other subjects to broaden their horizons.

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Year 2:

• Core Modules: Electrodynamics, Mathematical Methods for Physics 3, Physics Year 2 Laboratory, Summer Research Placement 1, Applying Physics Skills, Quantum Mechanics 1, Thermal and Statistical Physics.
• Options: Scientific Computing, Theoretical Physics.
• Electives: Students can choose two electives from other subjects to further enrich their learning experience.

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Year 3:

• Core Modules: Advanced Physics Laboratory A, Atomic Physics, Condensed State Physics, Nuclear and Particle Physics, Summer Research Placement 2, Advanced Physics Laboratory B, Lasers and Photonics, Quantum Mechanics 2.
• Options: Advanced Condensed State Physics, Monte Carlo Simulations (L6), Researching STEM.

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Year 4:

• Core Modules: Quantum Optics and Quantum Information, MPhys Final Year Project, Electrons, Cold Atoms & Quantum Circuits, Practical Quantum Technologies.
• Options: Atom Light Interactions, Data Analysis Techniques, Quantum Computing, Quantum Field Theory, Symmetry and the Standard Model, Advanced Quantum Field Theory, Beyond the Standard Model, Introduction to Nano-materials and Nano-characterisation, Monte Carlo Simulations (L7).

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Assessment:

Assessment methods typically include examinations and coursework, with a balance of 40% coursework and 60% examination across the program. The specific breakdown may vary depending on the individual modules.

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Teaching:

Teaching methods include lectures, workshops, and laboratory sessions. The program emphasizes active participation and engagement, with a focus on practical application of theoretical concepts. Students will benefit from the expertise of leading researchers in the field, including:

• Professor Winfried Hensinger, Professor of Quantum Technologies and Director of the Sussex Centre for Quantum Technologies.
• Professor Jacob Dunningham, Professor of Physics.
• Professor Barry Garraway, Professor of Quantum Physics.
• Professor Matthias Keller, Professor of Experimental Physics.
• Dr Fedja Orucevic, Senior Lecturer.
• Professor Jose Verdu Galiana, Professor of Physics.
• Professor Sebastian Weidt, Professor of Quantum Computing and Entrepreneurship.

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Careers:

The program prepares students for a wide range of technical and management roles in the expanding quantum technology sector. Potential career paths include:

• Research and academia
• Finance
• Teaching
• Consulting
The program also provides opportunities for students to gain valuable work experience through summer research placements and teaching/research roles within the Department of Physics and Astronomy. The department's strong links with the SEPnet (South East Physics Network) consortium provide access to universities and industries across the region.

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Other:

The program emphasizes the importance of exploring different disciplines through electives and pathways, enriching the learning experience and providing a broader perspective. The program also highlights the department's commitment to creating a supportive and welcoming environment for students, with an open-door policy and a close-knit community.