Kinect Project
TOF camera is the recent technology that can be used in various application such as FLIM imaging, Face ID, 3D map, motion capture, entertainment, and 3D modeling. These camera can be quite very expensive and not available commonly.
In this work, we are trying to adapt a kinectV2 camera to capture body motion and render as a stickman model.
Confocal fluorescence lifetime imaging microscopy
This project combines the benefit of confocal (thin focused layer, optically sliced) and fluorescence lifetime to make an affordable optical setup.
3D printed optics
This project aim to reduce cost and simplfy the optic system using 3D printed parts.
Available setups: Mach-Zhender interferometer, Quantum Eraser, Flowcytometry
https://github.com/openUC2/UC2-GIT
*Although the main developer discontinues the project, we still working on in and trying to make new modules or exciting optical setup!
TDC7200 programing
Time tagged event can enable the new dimension data that can be used in various ways. For example, time-tagged photon events can be useful for extracting fluorescence signal by using time-gated image and can be re-constructed as lifetime image to show synamic information.
In this work, we are trying to build a homemade time tagging device using cheap TDC7200 chip from TI.
ADF4351 programing
Accurate and fast frequency sweeping is the most important feature for studying optically detected magnetic resonance (ODMR) phenomena. This project trying to make a low-cost homemade frequency sweeper for ODMR project.
Human-like game automation
Trying to use modern tool such as OpenCV and AutoHotkey to make automatically human-like game play. There are no attacks such as code injection or man-in-the-middle. This study is only for educational purpose!
https://github.com/yok3leg/typeracer_bot
https://github.com/yok3leg/MaplestoryM_bot
https://github.com/yok3leg/AutoHotKeyForRO/tree/main/AutoHotKey%20Code