Microscopy: confocal, two-photon, super-resolution STED, OCT (1.Spectroscopy: linear absorption, FTIR, luminescence, Raman (1 week) Expand your knowledge of optical engineering fundamentals by taking the SPIE course Basic Optics for Non-Optics Personnel, with instructor Kevin Harding.Industrial inspection: interferometry, industrial vision, Moire technique, laser triangulation (1.5 week).Colorimetry, color spaces and laser projection and displays (1 week).Imaging optics (MTF, aberrations, camera objectives…) (1 week) Specifically, the fundamental properties of light waves, optical phenomena such as refraction, transmission, reflection, interference, diffraction as well as.The basic characteristics and the design of optical components and systems will be discussed. light modulators (chopper, LCD, AOM, EOM) (1 week) This course explains fundamental principles and applications of optics.Mahajan, Fundamentals of geometrical optics. types, characteristics and applications of optical filters: absorption, interference, neutral density, reflective, long-pass, band-pass, notch, spatial, (1 week) Gross (Ed.), Handbook of optical systems, Vol 3, Wiley, 2006 P.principles of operation and types of polarization optics (waveplates, polarizer, isolator) (1 week).
