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

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.

EXCLUSIVE MEMBER CONTENT
PSFK provides access to this article and every report, case-study, interview, and analysis that we publish for our members. PSFK Professional Membership also unlocks accessto unlimited customized research assistance and our database of over 100,000 insights on innovation trendspanning across eight industry sectors—from culture and brand to retail and customer experience.
Already a members? Log in