Category : Quantum Physics Kit
Michelson Interferometer
Hands-on optical interference and precision measurement
The Michelson Interferometer Add-On Board from qutools is a compact optical experiment module designed to study interference, coherence, and optical path differences of light. Designed to connect directly with the quED source system, this add-on board enables precise measurement of wavelength, coher...
Michelson Interferometer Technical Specification
| Interferometer Type | Michelson Interferometer (two-arm configuration) |
| Wavelength | Visible spectrum (typ. 450–650 nm) |
| Beam Splitter | 50:50 non-polarizing beam splitter |
| Path Length Control | Precision translation stage in one arm |
| Light Source Compatibility | Visible laser / LED sources |
| System Interface | Direct connection to quED system |
Applications
- • Optical Interference and Fringe Formation
- • Measurement of Optical Wavelength
- • Coherence Length Analysis
- • Refractive Index Measurement
- • Phase and Optical Path Difference Studies
Overview
The Michelson Interferometer Add-On Board from qutools brings one of the most fundamental optical experiments into a compact, classroom-ready format. By splitting a light beam into two paths and recombining it, the board enables clear observation of interference fringes resulting from optical path differences. Through controlled mirror displacement, users can accurately measure wavelength, analyze coherence properties, and study phase variations.Seamlessly integrated with the quED platform, the add-on board supports stable signal detection and straightforward data acquisition. Its hands-on design helps students build intuition about interference and superposition, while also serving as a foundation for more advanced quantum optics experiments. The module effectively bridges theoretical optics with real-world experimental practice, making it an essential tool for modern physics and photonics education.