Polarization describes the orientation of the plane of oscillation of the electric field vector of a light wave. While natural light is randomly polarized, various optical elements can be used to generate and analyse a specific polarization. This plays an important role in optics, for example in displays, camera filters or quantum optics.
The polarization of light is of great importance in many areas. In materials science, it is used for stress analysis, in chemistry to determine the concentration of optically active substances, and polarization filters play a central role in optoelectronics. Polarization is also essential in quantum optics, for example for experiments on quantum cryptography or quantum erasers.
On this page you will find all the information about the structure and special features of the modular structure as well as working materials for use in the classroom.
Structure
Schematic structure
Coming soon
NECESSARY MODULES:
- Laser diode (USB) or laser diode
- Battery box
- 4x Polarization filter
- Screen
- Possibly light sensor
- Base plate
Special Features
Coming soon
Working Materials
Coming soon