Optical devices are commonplace in the modern world, from digital cameras and optical mice to the Hubble space telescope. This module aims to provide an understanding of the basic optical principles underpinning such devices.A physicist working in research from astrophysics to ultracold atoms, but also in companies in fields such as aerospace, engineering, ICT, biomedical or environmental sciences will encounter optical systems of varying complexity for observation, imaging, manipulation, inspection, testing, quality control and many others. This module aims to provide understanding of the underlying principles and a bridge towards applications at a level appropriate for the professional in this field. It focuses on the design, characterisation and application of optical systems, the effects of polarization and modern applications.
Learning Outcomes
By the end of the module students should be able to:
Calculate optical systems using the ABCD Matrix formalism.
Understand the working principle and key parameters of imaging systems.
Explain the optical and pixel limitations in CCD cameras.
Use the individual components in quantum optics, ultracold atom or quantum information experiments such as dielectric mirrors, acousto-optical and electro-optical modulators as well as optical diodes.
Assessment
33964-01 : Examination : Exam (Centrally Timetabled) - Written Unseen (80%)
33964-02 : Assessed Problem : Coursework (20%)
