SW•← Back to projects

SynOrbit

A Spatial Instrument for Composing with Time

Sunshiyu Wang, Changda Ma, Canting Zhu and Henrik von Coler

Head-mounted displays prepared for the SynOrbit performance

Playing with time

SynOrbit is a virtual musical sequencer that treats time as a material to grasp, move, and reshape. Four rotating rings carry melody, chords, bass, and drums, making each track an independent musical clock.

Performers can hold, accelerate, release, or reverse a ring with bare-hand gestures. Released rings gradually return to a shared tempo without automatically realigning their beats, allowing rhythmic relationships to shift through performance.

The evolving design explores tempo-locked versus free-spinning motion and independent versus linked tracks, asking how bodily gestures can move between a shared pulse and more fluid musical time.

Presentation

We presented this project on May 2, 2026, at Georgia Tech West Village 175 as part of GTCMT Seed Grant Presents: Prism Pt. 1 – Sound Through a New Lens. The project was supported by the Georgia Tech Center for Music Technology (GTCMT) Seed Grant.

DOCUMENTATION

Process & Place

SynOrbit · live virtual musical sequencer demonstration
SynOrbit interface with colored orbital sequencer rings in mixed reality
Orbital sequencer · ring arrangement
SynOrbit interface showing stacked colored rings and ball controls
Orbital sequencer · ball pattern controls

NEXT PROJECT

FoleySet↗