MMath Mathematics and Theoretical Physics
Course Overview
The MMath in Mathematics and Theoretical Physics at the University of Lincoln explores the interplay between these disciplines, providing a broad education in pure and applied mathematics alongside fundamental and applied physics. This four-year program develops analytical, numerical, and research skills, with the final year focusing on advanced topics and a significant industrial or academic project.
Key Program Highlights
- Joint honours curriculum integrating mathematics and theoretical physics
- Strong foundation in analytical methods, computational techniques, and research skills
- Fourth-year specialization with advanced topics and major project component
- Development of transferable skills including communication and problem-solving
- Exposure to cutting-edge topics from quantum mechanics to cosmology
Course Overview
The MMath in Mathematics and Theoretical Physics at the University of Lincoln explores the interplay between these disciplines, providing a broad education in pure and applied mathematics alongside fundamental and applied physics. This four-year program develops analytical, numerical, and research skills, with the final year focusing on advanced topics and a significant industrial or academic project.
Key Program Highlights
- Joint honours curriculum integrating mathematics and theoretical physics
- Strong foundation in analytical methods, computational techniques, and research skills
- Fourth-year specialization with advanced topics and major project component
- Development of transferable skills including communication and problem-solving
- Exposure to cutting-edge topics from quantum mechanics to cosmology
Requirements
Modules
- Algebra
- Calculus
- Computer Algebra and Technical Computing
- Electricity, Magnetism, Thermal and Quantum Physics
- Geometrical Optics, Waves and Mechanics
- Introduction to Modern Astronomy
- Linear Algebra
- Professional Skills and Group Study
- Algebraic Structures
- Differential Equations
- Electrodynamics
- Group Project
- Industrial and Financial Mathematics
- Lagrangian and Hamiltonian Mechanics
- Scientific Computing
- Statistical and Quantum Physics I
- Advanced Project and Communication
- Cosmology and General Relativity
- Numerical Methods
- Quantum Mechanics
- Statistical Mechanics
- Fluid Dynamics
- Mathematics Pedagogy
- Methods of Mathematical Physics
- Physics Pedagogy
- Masters Project
- Physics That Matters
- Reading Module in Mathematics
- Financial Kinetics
- Molecular Modelling
