1. Laws of geometrical optics, geometrical principles of optical imaging, imaging with sphere area, imaging with centered set of n-sphere areas, imaging with set of thin lenses
2. Limitation of ray bundles within optical system, imaging faults
3. onstitution and optical system of eye, monocular vision, eye faults and their corrections, binokulár vision, perception and measurements of colors
4. Mirrors, glasses, magnifier, microscopes, field glasses
5. Elements of radiometry, Lambertian sources, elements and concepts of photometry, relationship between radiometry and photometry
6. Blackbody radiation, radiation of thermal sources
7. Optical properties of materials for optical media, dispersive and nondispersive media, dispersion, and absorption of light, light resolution, optical spectrum, normal dispersion, calculation of refractive index and characteristic dispersion
8. Absorption of light, anomal dispassion, spectral analysis, spectral and photometric devices
9. Detection of radiation, radiometry and photometry, radiometric and photometrical quantities and units, colorimetry and color vision, color coordinates, color scales
10. Interference of light, wave composition, interference of light from two sources, interference of light from N sources, interference of light on thin film, coherence conditions, methods for making of coherence light sources
11. Thin films in technical praxis, interferometers, standing light waves, light diffraction, mathematical description of light diffraction,
12. Fresnel and Fraunhofer diffraction
13. Polarization of light, creation, and properties of polarized light, Fresnel relations
2. Limitation of ray bundles within optical system, imaging faults
3. onstitution and optical system of eye, monocular vision, eye faults and their corrections, binokulár vision, perception and measurements of colors
4. Mirrors, glasses, magnifier, microscopes, field glasses
5. Elements of radiometry, Lambertian sources, elements and concepts of photometry, relationship between radiometry and photometry
6. Blackbody radiation, radiation of thermal sources
7. Optical properties of materials for optical media, dispersive and nondispersive media, dispersion, and absorption of light, light resolution, optical spectrum, normal dispersion, calculation of refractive index and characteristic dispersion
8. Absorption of light, anomal dispassion, spectral analysis, spectral and photometric devices
9. Detection of radiation, radiometry and photometry, radiometric and photometrical quantities and units, colorimetry and color vision, color coordinates, color scales
10. Interference of light, wave composition, interference of light from two sources, interference of light from N sources, interference of light on thin film, coherence conditions, methods for making of coherence light sources
11. Thin films in technical praxis, interferometers, standing light waves, light diffraction, mathematical description of light diffraction,
12. Fresnel and Fraunhofer diffraction
13. Polarization of light, creation, and properties of polarized light, Fresnel relations