Laser Harp
As the name indicates, the laser harp uses beams of light or lasers as virtual strings, allowing performers to create music by interrupting these beams with their hands
About the Project
A laser harp is a modern musical instrument that uses beams of light or lasers as virtual strings, creating a visually striking and interactive performance experience. Instead of physical strings, performers interrupt these laser beams with their hands to produce sounds, each beam corresponding to a different note or frequency.
Technology Used
Raspberry Pi
Python
Information of TechnologyProject Details:
The Laser Harp project aimed to create an innovative musical instrument that blends technology with artistic expression. Designed for musicians and performers, it uses beams of light as virtual strings, turning hand movements into music. The goal was to craft an engaging, futuristic experience that’s both intuitive and visually striking. The development process focused on precise laser calibration, responsive sound mapping, and enhanced performance features. I engineered the system to allow for easy customization of tones and effects, giving performers a dynamic tool to explore new creative possibilities while captivating audiences with an unforgettable show.
Laser Harp
As the name indicates, the laser harp uses beams of light or lasers as virtual strings, allowing performers to create music by interrupting these beams with their hands
About the Project
A laser harp is a modern musical instrument that uses beams of light or lasers as virtual strings, creating a visually striking and interactive performance experience. Instead of physical strings, performers interrupt these laser beams with their hands to produce sounds, each beam corresponding to a different note or frequency.
Technology Used
Raspberry PiPythonInformation of TechnologyProject Details:
The Laser Harp project aimed to create an innovative musical instrument that blends technology with artistic expression. Designed for musicians and performers, it uses beams of light as virtual strings, turning hand movements into music. The goal was to craft an engaging, futuristic experience that’s both intuitive and visually striking. The development process focused on precise laser calibration, responsive sound mapping, and enhanced performance features. I engineered the system to allow for easy customization of tones and effects, giving performers a dynamic tool to explore new creative possibilities while captivating audiences with an unforgettable show.