The first part of this module introduces electric fields, magnetic fields, and electro-magnetic phenomena including the behaviour of electric circuits and electromagnetic radiation. This will culminate in a fundamental, classical understanding of light as an electromagnetic wave, thus unifying your knowledge of optics and waves. The second part of the module breaks out of the mould of Classical Physics to introduce its successor, Quantum Physics, according to which light can behave as discrete units. Moreover a new type of wave, called a "wave function", can be used to describe the behaviour not of light, but of particles. This second part of the module will give you a good grounding for a fuller exploration of the quantum world next year.
Lecture 32 hours, Workshop 8 hours
2 items of coursework of the order of 7.5 hours each Portfolio. Assessment Details: Problem-Solving worth 30%.
2 hours Exam. Assessment Details: Exam worth 70%.
Reassessment Method: Like-for-like.
On successfully completing the module, students will be able to:
1. Identify and explain the fundamental principles of physics in electric and magnetic fields as well as their application to electric circuits and to an understanding of light as electromagnetic waves.
2. Describe the physical observations that necessitate quantum mechanics and explain the basic principles of the theory at introductory level.
3. State the physical quantities, units and typical values, relevant to electromagnetism and quantum mechanics.
4. Apply mathematical tools to make quantitative predictions of phenomena relevant to electromagnetism and quantum mechanics.
5. Apply the principles of electromagnetism and quantum mechanics to solve well-defined, previously unseen problems in these areas.
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