BSc (Hons) Physics (Placement Year)
Course Overview
This physics degree challenges you to explore the universe's most profound mysteries, from quantum theory to relativity, and apply that knowledge to develop transformative new technologies. You will master advanced mathematical and computational skills while studying specialized topics like quantum information processes, nanofabrication, and health physics. The course is designed to sharpen your problem-solving and analytical abilities, preparing you for a high-demand career or further study through a 3-year BSc or a 4-year integrated MPhys pathway.
Key Program Highlights
- Explore cutting-edge concepts in quantum theory and relativity
- Specialize in high-demand fields like quantum computing and nanofabrication
- Develop powerful mathematical, computational, and analytical problem-solving skills
- Choose between a 3-year BSc or a 4-year integrated Master's (MPhys) degree
- Graduate with highly sought-after expertise for a future in technology and research
Course Overview
This physics degree challenges you to explore the universe's most profound mysteries, from quantum theory to relativity, and apply that knowledge to develop transformative new technologies. You will master advanced mathematical and computational skills while studying specialized topics like quantum information processes, nanofabrication, and health physics. The course is designed to sharpen your problem-solving and analytical abilities, preparing you for a high-demand career or further study through a 3-year BSc or a 4-year integrated MPhys pathway.
Key Program Highlights
- Explore cutting-edge concepts in quantum theory and relativity
- Specialize in high-demand fields like quantum computing and nanofabrication
- Develop powerful mathematical, computational, and analytical problem-solving skills
- Choose between a 3-year BSc or a 4-year integrated Master's (MPhys) degree
- Graduate with highly sought-after expertise for a future in technology and research
Requirements
Modules
- Classical Physics 1
- Introduction to Computational Methods
- Introduction to Laboratory and Field Physics
- Space Science and Applications of Physics
- Introduction to Mathematical Physics 1
- Introduction to Mathematical Physics 2
- Advanced Mathematical Physics
- Classical Physics 2
- Waves and Optics
- Introduction to Modern Physics
- Practical Laboratory and Field Physics
- Computational Physics
- Introduction to Astrophysics and Cosmology
- Mechanics and Dynamics
- Quantum Mechanics and Quantum Information
- Solid State Physics and Detectors
- Introduction to General Relativity and Cosmology
- Introduction to Multiferroic Materials and Their Applications
- Modern Astrophysics 1
- Nanoscale Surface Physics
- Physical Cosmology
- Undergraduate Ambassador
- Group Project
- Health Physics
- Mathematical Methods for Physics
- Particle Physics
- Project
- Statistical Learning
- Placement Year
