Subject outline:
1. Geometric optics, optical devices, eye.
2. Wave function, wave equation, plane and spherical waves, monochromatic and polychromatic light.
3. Interference, diffraction, light coherence.
4. Electromagnetic optics, energy of elmag. waves, Maxwell equations in homogeneous isotropic materials.
5. Conductive materials, relations between absorption and dispersion.
6. Reflection and transmission of waves, Fresnell relations, polarization of light, Faraday effect.
7. Interaction of radiation with material, photoelectric effect, optical and X-ray spectra, lasers.
1. Geometric optics, optical devices, eye.
2. Wave function, wave equation, plane and spherical waves, monochromatic and polychromatic light.
3. Interference, diffraction, light coherence.
4. Electromagnetic optics, energy of elmag. waves, Maxwell equations in homogeneous isotropic materials.
5. Conductive materials, relations between absorption and dispersion.
6. Reflection and transmission of waves, Fresnell relations, polarization of light, Faraday effect.
7. Interaction of radiation with material, photoelectric effect, optical and X-ray spectra, lasers.