Optical Information Processing for Materials Characterization

Catalog description

This course provides an in-depth exploration of optical analog information processing techniques used for materials characterization such as microscopy and spectroscopy. Students will engage in hands-on experiments to construct and align optical setups, apply spatial filtering methods, and utilize advanced imaging techniques. The course covers interferometric methods and ultrafast coherence length measurements, focusing on their application in analyzing material properties. The emphasis is on understanding and applying analog optical information processing methods for effective materials characterization. Prerequisite: Basic knowledge of optics and material science; Familiarity with laboratory techniques and safety procedures.