MPhys (Hons) Theoretical Physics (with a year abroad)

Program Overview

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The MPhys (Hons) Theoretical Physics (with a year abroad) program at the University of York equips students with a deep understanding of theoretical physics, advanced mathematical and computational methods, and research skills. Graduates are highly sought after in various industries, including finance, software development, and research, due to their analytical, problem-solving, and communication abilities. The program includes a year abroad, providing students with global perspectives and intercultural skills.

Program Outline

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Detailed Extraction of Program Information

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Degree Overview:

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MPhys (Hons) Theoretical Physics (with a year abroad)

This program equips graduates with the knowledge and skills to explore phenomena that experimentation struggles to explain. Students will gain a profound understanding of theoretical techniques, employing mathematical analysis and computational methods to address complex problems. They will be trained in advanced research methods and be able to write scientific reports to industry standards. Additionally, they will have the opportunity to use our supercomputers to simulate intricate physical systems.

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Objectives:

• To provide students with a strong foundation in theoretical physics.
• To develop students' ability to apply advanced mathematical and computational methods to solve complex problems in physics.
• To train students in advanced research methods and equip them with the skills to write scientific reports to industry standards.
• To offer students the opportunity to use supercomputers to simulate complex physical systems.
• To prepare students for further study or a career in physics.

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Outline:

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Year 1:

• Core modules: Classical Mechanics and Laboratories, Classical and Quantum Waves, Mathematical, Computational and Professional Skills 1, Electromagnetism and Relativity, Mathematical, Computational and Professional Skills 2, Theoretical Skills and Laboratories.
• Develops core knowledge and skills in key areas of physics.
• Focuses on building a strong foundation in mathematics and computation.
• Introduces students to professional skills and scientific report writing.
• Provides practical experience in laboratory settings.
• Language module: Students can choose to study a European language to an intermediate or advanced level.

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Year 2:

• Core modules: Thermodynamics and Electromagnetism, Mathematical Techniques and Machine Learning, Mathematics, Professional Skills and Computational Laboratories, Statistical and Solid State Physics, Quantum, Atomic, Nuclear and Particle Physics, Advanced Mechanics, Computational Laboratories and Skills.
• Deepens students' understanding of fundamental laws, processes, and techniques.
• Introduces advanced mathematical and computational methods.
• Focuses on developing problem-solving skills and critical thinking.
• Offers further opportunities for practical work in laboratories.

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Year 3:

• Core modules: Advanced Theoretical Techniques and Modelling Matter, Advanced Computational Laboratory.
• Introduces advanced concepts in theoretical physics.
• Provides opportunities for specialization in specific areas of interest.
• Involves advanced laboratory work in preparation for the final year research project.
• Option modules: Students can choose four option modules from a range of topics, including Plasma Physics and Fusion, Quantum Mechanics, Condensed Matter Physics: Electrons in Solids, Relativity and Cosmology, Medical Physics, Nuclear and Particle, and Quantum Science and Technologies.

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Year 4:

• Students spend this year at one of York's prestigious partner institutions.
• This experience allows students to gain new perspectives, skills, and knowledge from a different academic environment.
• Students will return to York in their final year with a fresh outlook and valuable global experience.

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Year 5:

• Core module: MPhys Research Project and Skills.
• Students undertake a significant research project under the guidance of an academic supervisor.
• This project allows students to conduct original research, contribute to the field of physics, and develop independent research skills.
• Option modules: Students can choose three option modules from a range of topics, including Scientific Supercomputing, Biophysics, Advanced Condensed Matter Physics, From Subatomic to Nuclear Astrophysics, Advanced Quantum Mechanics, Advanced Plasma Physics for Fusion and Applications, and Cosmic Horizons.

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Assessment:

• Assessment methods include formal examinations, laboratory work, coursework, and presentations.
• Regular problem exercises and feedback help students develop their understanding and skills.
• The MPhys Project comprises a significant portion of the final year assessment, with students being evaluated on their lab work, dissertation, and oral examination.

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Teaching:

• Most teaching is delivered through lectures and small group discussions led by active researchers and experts in their field.
• Students have regular meetings with personal academic supervisors for guidance and support.
• Timetabled activities typically include lectures, seminars, problem classes, and practical sessions.
• Students are expected to spend a significant amount of time on independent study, which may include preparation for classes, further research, and revision.

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Careers:

• Graduates of this program are highly sought after by employers in various industries, including finance, software development, and research.
• The program's focus on developing analytical, mathematical, and problem-solving skills equips graduates with valuable skills for diverse career paths.
• York-led White Rose Industrial Physics Academy facilitates collaboration between students and industry, providing opportunities for internships and career development.
• Graduates have gone on to work for companies such as BAE Systems, E.ON, De Vere, The Home Office, Jaguar Land Rover, John Lewis, the Science and Technology Council, and Virgin Money.

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Other:

• The program is accredited by the Institute of Physics, ensuring a high standard of teaching and learning.
• Completion of the program puts students on track to becoming Chartered Physicists.
• Students have access to modern laboratories and computational facilities, including the York Viking cluster supercomputer.
• The program offers a unique opportunity to spend a year abroad, enhancing students' global perspectives and intercultural skills.
• The program emphasizes the development of transferable skills, such as communication, teamwork, creativity, and IT literacy.
The program structure and content may be subject to change over time. It is always recommended to refer to the official University of York website for the most up-to-date information.

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UK (home) fees:

£9,250 per year

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International and EU fees:

£28,800 per year