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A Violin Made Of Lasers [Video]

A Violin Made Of Lasers [Video]
Design

Dylan Menzies uses synthesis software and optical sensors to replicate the sound of a bow moving across the strings.

Emma Hutchings
  • 28 march 2013

Technology lecturer Dylan Menzies doesn’t play the violin in the traditional sense, instead he uses software and lasers to translate the positioning, speed, and motion of a traditional wooden bow into music. His optical sensor-driven O-Bow is encased in copper with a groove for the bow. Wired reports on his solution for replicating the sound of a violin but making something easier to play:

A system that uses synthesis software to translate data sent from an optical flow sensor, which tracks the speed, motion and angle of a wooden rod in high resolution as it is moved across it. The data is used to modify music created from a hooked-up keyboard (which creates the notes and pitch), meaning a player can replicate the subtle tones of a bow gliding across strings, not just the staccato notes produced by typical orchestral keyboard effects.

A Violin Made Of Lasers [Video]

Menzies has finished the fifth prototype of the O-Bow, which features a cylindrical casing design for flexible configuration and orientation, and indented grooves that are the perfect shape for bow. You can check out a short piece of footage of the O-Bow in action in the video below:

O-Bow

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