PHYS2702 Classical Physics

This topic includes study in: Radiometry and Photometry; Geometrical optics; Optical instruments; Vision correction. Wave nature of light; wave motion, wave equations, dispersion, interference; diffraction; polarisation; coherence; Particle nature of light; light-matter interaction, laser theory; laser types; and laser applications.

This topic aims to provide a comprehensive introduction to the field of Optics and the closely related Classical Physics subjects of wave motion and dynamics. Students will attend laboratories where various Optical Phenomena will be investigated and practical experience with a variety of Optical Instruments will be obtained.

1. Demonstrate an understanding of quantities used in Radiometry and Photometry to specify the energy content of light
2. Describe image formation in Geometrical Optics using both mathematical and graphical methods
3. Demonstrate an understanding of general wave phenomena in Classical Physics, with specific applications to Physical Optics (Interference, Diffraction, Polarisation)
4. Understand the physics principles underlying the construction and operation of a Laser