This my DIY version of a floating display which shows information in mid-air.
No LightScribe, no LabelTag. No hardware hacks or gimmicks. A regular CD-RW drive and a regular compact disk.
I’ll demonstrate how I built my mobile phone/iPod mount out of LEGO for my LEGO optics lab.
The purpose of this project is to show the design principles of the simplest optical spectroscope.
Toy Iron Man mask with some hardware in it to project information to the wearer, like the holographic interface Mr. Stark himself uses.
Explore Optics with the "Raspberry Pi for Optics" - an open-source modular optical toolbox for microscopy and beyond.
A low-cost SLM driver board would drastically increase the proliferation of advanced microscopy and holographic displays.
Camera module built using uCube framework.
I built my own cell phone stereograph viewer with parts from my Lego optics lab.
Adapting Panasonic camera for field imaging of small biological specimens with video-rate acquisition of extended-focus macroscopic images.
DIY modulated laser transmitter prototype for experimental optical SETI research.
Light source module built using uCube framework.
I built a polariscope (Plane Polariscope) for my Lego optics lab.
This is the description of how to measure the depth of field of a lens using a stage micrometer.
Build a filter rotator out of Lego for optics lab experiments.
Whenever any quantity of dust is detected, the optical dust sensor will sense it.
A stepper motor controls the optical filter in the optical path and the user can remotely turn the wheel to change the filter.
In this tutorial, I am going to talk about the PC817 Optocoupler which is one of the most common and inexpensive 4-pin optocouplers.
Use optical fibers to transmit RGB leds and animate your projects!
Piloting, acquisition of cryostat, magnet, instrumentation and control of LASER beams in position for 2D material measures
This project was made to demonstrate the dispersion of light when passing a prism. Watch the jumping dot (german: der springende Punkt) !
Automating multi-core optical fiber alignment inspection using computer vision for faster, more accurate quality control
