Optics (5cr)
Course unit code: C-10122-FYS--240
General information
- Credits
- 5 cr
- Institution
- University of Tampere
Objectives
After completing the course, students will be able to:use various mathematical models to describe light and its propagationunderstand fundamental light–matter interactionsunderstand basic properties of optical and electromagnetic wavesapply both wave- and geometrical optics to understand behavior of optical instruments, and to analyze factors affecting their performance
Content
Core content: Light fundamentals: ray, wave, and particle opticsWave optics: Maxwell’s equations, planewaves, reflection, refraction, interference and diffractionLight–matter interactions: Dispersion of optical materials (Lorentz model), absorption, emissionGeometrical optics: paraxial approximation, lenses, mirror, prismOptical instruments: basics of human vision, microscopes, telescopes and imaging systemsComplementary knowledge:Polarization: linear, circular, ellipticalLight sources: stimulated emission, LED and laserNumerical analysis of propagating wavesSpecial knowledge:Coherence of light
Prerequisites
Fundamentals of electricity and magnetism, wave motion, and complex numbers
Further information
Course is held using flipped classroom method. Weekly homework and group discussion activities, to which participation is recommended but not compulsory.