MPhys Physics with Nuclear Science
Entry requirements
A level: ABB
About this course
MPhys (Hons) in Physics. Core topics include Data Analysis and Statistics. The curriculum includes study in mathematics, computing, and experimental physics.
Modules
- DYNAMICS AND RELATIVITY
- THERMAL PHYSICS AND PROPERTIES OF MATTER
- ELECTRICITY, MAGNETISM AND WAVES
- FOUNDATIONS OF QUANTUM PHYSICS
- INTRODUCTION TO COMPUTATIONAL PHYSICS
- PRACTICAL PHYSICS I
- MATHEMATICS FOR PHYSICISTS I
- MATHEMATICS FOR PHYSICISTS II
- INTRODUCTION TO NUCLEAR SCIENCE
- NUCLEAR AND PARTICLE PHYSICS
- CONDENSED MATTER PHYSICS
- ELECTROMAGNETISM I
- QUANTUM AND ATOMIC PHYSICS I
- COMPUTATIONAL PHYSICS
- PRACTICAL PHYSICS II
- MATHEMATICS FOR PHYSICISTS III
- ACCELERATORS AND RADIOISOTOPES
- COMPUTATIONAL MODELLING
- PRACTICAL PHYSICS III
- QUANTUM AND ATOMIC PHYSICS II
- ELECTROMAGNETISM II
- STATISTICAL THERMODYNAMICS
- NUCLEAR PHYSICS
- NUCLEAR POWER
- MEDICAL APPLICATIONS
- RELATIVITY AND COSMOLOGY
- PHYSICS DATA ANALYSIS WITH STATISTICS
- PHYSICS INTERNSHIP
- PHYSICS OF PLANETS
- PHYSICS OF SOUND AND MUSIC
- PHYSICS OF LIFE
- APPLICATIONS OF PHYSICS PRINCIPLES
- NUCLEAR TECHNOLOGIES: ENVIRONMENT, ENERGY, AND SECURITY
- ADVANCED NUCLEAR PHYSICS
- PROJECT (MPHYS)
- THEORETICAL FOUNDATIONS OF PARTICLE PHYSICS
- FRONTIERS OF PARTICLE PHYSICS
- FRONTIERS OF MEDICAL PHYSICS
- ELEMENTS OF STELLAR DYNAMICS
- NUMERICAL METHODS IN PHYSICS
- ACCELERATOR PHYSICS
- ADVANCED QUANTUM PHYSICS
- CLASSICAL MECHANICS
- PHYSICS OF THE RADIATIVE UNIVERSE
- MATERIALS PHYSICS FOR MODERN TECHNOLOGIES