Keele University Prospectus Undergraduate | 2016 | Page 196
NATURAL SCIENCES
Physics
Overview
• Electromagnetism
This depth of understanding allows us to predict
behaviour and apply knowledge to improve the
quality of life both for individuals and for society as
a whole. Fundamental physics is the basis of most
developments which characterise life in the twentyfirst century – including mobile phones, MP3 players,
developments in medical diagnosis and treatment,
wind power and the internet – and it will continue
to be so as technology demands a greater depth
and breadth of scientific understanding across all
forefront developments.
• Physics Project
• Physics Project
Plus two options.
Major core studies:
• Electromagnetism
• Dissertation and Communication Skills
Plus five options.
Options in the third year may be chosen from any
of the following modules:
• Atmospheric Physics
• Binary Stars and Extrasolar Planets
• Computational Methods in Physics and
Astrophysics
Physics at Keele offers you the opportunity to
study key concepts in classical and modern physics,
complete research orientated modules and projects,
and provides you with strong tutorial support
from academic staff.
• Cosmology
Course content
• Physics of Compact Objects
• Data Analysis and Model Testing
• Life in the Universe
• Particles, Accelerators and Reactor Physics
First year
All lecture based modules are supported by
problem solving classes; mathematical methods
and laboratory work are included in these modules.
The emphasis is on core physics, mathematics and
practical skills.
• Physics of Fluids
Core modules:
• Quantum Mechanics II
• Mechanics, Gravity and Relativity
• Quantum Physics of Atoms and Molecules
• The Nature of Matter
Laboratory work
• Oscillations and Waves
• Electricity and Magnetism
Second year
All modules are again supported by problem solving
classes and include instruction in mathematical
methods as well as laboratory work and an
experimental team project.
Core modules:
• Quantum Mechanics
• Optics and Thermodynamics
• Statistical Mechanics and Solid State Physics
• Nuclear and Particle Physics
Third year
You will study advanced physics, undertake a project
(which may be experimental, computational or
theoretical) and choose options to study from our
broad list of modules. If you are a dual honours
student, you will study three core and option lecture
modules and complete a project. If you major in
physics in the final year, you will study six core
and lecture modules, complete a project and write
a dissertation.
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Dual honours core studies:
Phys