Optique Moderne

Modern Optics

Description: Modern optics is a branch of science focused on the study of light and its properties for use in information analysis and processing. Key concepts include geometrical optics, wave optics, interference, diffraction, polarization, coherence, and, in particular, Fourier optics. Fourier optics provides the tools to understand and design imaging systems, holographic techniques, and spatial and frequency-domain information processing methods. The course aims to give students a solid understanding of the fundamental principles and their applications in modern optical systems.

Tutorials and laboratory sessions enable students to acquire both theoretical and experimental skills, particularly in the analysis and design of imaging systems and holographic devices. Through practical exercises and experiments involving Fourier optics, students learn to process and analyze optical information, manipulate light beams, and apply essential mathematical concepts for optical information processing. The course prepares students to develop and analyze complex optical systems for scientific and technological applications.

Learning outcomes: AA1: Understand the interaction between light and matter through absorption, emission, and scattering processes – AA2: Master light manipulation techniques, including diffraction, polarization, and advanced optical devices – AA3: Analyze complex optical situations and solve problems related to specific applications – AA4: Understand the concepts of coherent optics, including interference, coherence functions, and holography – AA5: Be able to carry out an optical device design project using commercial or industrial software.

Evaluation methods: Written test, 3h

Evaluated skills:

• Physical Engineering Design
• Physical Modeling

Course supervisor: Nicolas Marsal

Geode ID: SPM-PHY-014