This is the repository for the Abbe Diffraction Experiment. It has two cameras where one captures the Fourier plane and the other acquires the image plane.
This is based on old cubes, but the order is the same. All lenses have 50mm focal length.
- Capture Fourier Plane
- Capture Image Plane
- Low-cost acquisition
- Open-Source
- Compatible with Educational purposes
Having two cameras is optional since one camera can be moved between two planes!
| Name | Properties | Price | Link | # |
|---|---|---|---|---|
| 2x4 Baseplate | - | 5€ | Base-plate | 1 |
| 4x4 Baseplate | - | 5€ | Base-plate | 1 |
| Module: Raspberry Pi Camera | - | 20 € | Raspi Camera Cube | 2 |
| Module: LED + Pinhole | white light LED, 1mm pinhole | 10€ | LED + Pinhole Cube | 1 |
| Module: Lens | all 50mm lenses | 10€ | Lens Cube | 4 |
| Module: Beamsplitter | - | 30€ | Beamsplitter Cube | 1 |
| Module: Sample holder | - | 30€ | Sampleholder Cube | 1 |
- Check out the RESOURCES for more information!
- 1x Raspberry Pi
- 1x camera splitter for Raspberry Pi
- 1x wired LED (blue)
- Aluminum Foil for the apertures/pinhole
- 1x Power Supply for Raspberry Pi
- long camera cables
Please have a look at our ImJoy Github-Repository for this Application.
None yet. Be the first to share yours!
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