Informační systém Vysoké školy polytechnické Jihlava
IS VŠPJ
Optics and Optical Systems
Studijní plán: Aplikovaná technika pro průmyslovou praxi - kombi, platný od ZS 2025/2026
| Předmět | Optics and Optical Systems (OOSa) |
|---|---|
| Garantuje | Katedra matematiky (KM) |
| Garant | Mgr. Martin Prokop ( martin.prokop@vspj.cz ) |
| Jazyk | anglicky |
| Počet kreditů | 3 |
| Prezenční studium | |
|---|---|
| Přednáška | 2 h |
| Cvičení | 1 h |
| Kombinované studium | |
| Tutoriál / přednáška | 6 h |
| Cvičení | 4 h |
| Studijní plán | Typ | Sem. | Kred. | Ukon. |
|---|---|---|---|---|
| Aplikovaná technika pro průmyslovou praxi - kombi, platný od ZS 2025/2026 | PV | 2 | 3 kr. | ZK |
| Aplikovaná technika pro průmyslovou praxi - platný od ZS 2025/2026 | PV | 2 | 3 kr. | ZK |
Sylabus
- Geometrical optics, optical imaging
- Reflection imaging
- Refraction imaging
- Optical imaging defects
- Optical instruments, optical fibers
- Wave optics
- Electromagnetic theory of reflection and refraction of light
- Interference of light
- Interference on thin films
- Interferometer
- Diffraction of light
- Holography
- Polarization of light
- Optical sensors, photocells
Doporučená literatura
- Chandra, S., Sharma, M.K.: A Textbook of Optics, Springer Berlin, ISBN: 9783031556753, 2024
- Peatross, J., Ware, M.: Physics of Light and Optics, Brigham Young University, ISBN: 9781312929272, 2025
- Thorne, K.S., Blandford, N.D.: Optics, Princeton University Press, ISBN: 0691207364, 2021
- Guenther, B. D.: Modern Optics, 2nd edition, Oxford University Press, ISBN: 9780198824329, 2018
- Johnson, B.K.: Optics and Optical Instruments, Dover Publications, ISBN: 0486606422, 2003
Anotace
The student will get acquainted with the basic areas of optics, which are geometric and wave optics. The student is able to solve related practical examples.
Knowledge: The student is able to define and describe the physical quantities of geometrical and wave optics, including the necessary general physical laws, to learn the practical use of optical phenomena and to get acquainted with the operation of optical instruments.
Skills: The student is able to apply theoretical knowledge to the calculation of practical problems using mathematical apparatus, especially differential and integral calculus and Fourier transform.
General competencies: In addition to theory, the student will be familiar with practical applications of geometrical and wave optics, such as imaging systems and instruments, optical fibers, interferometers, interference and diffraction of light using optical gratings, interference on thin films, holography, polarization of light and others.