Synesthesia Translated into Light via LED Field on Violinist at The MET
Designboom ·
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1 min read ·
Arts & Design
Read research and analysis on Synesthesia Translated into Light via LED Field on Violinist at The MET published by ICANEWS, a global research journal for emerging researchers.
Key Takeaways
A wearable field of LEDs can translate a composer’s synesthetic color map.
The translation occurs across a violinist’s moving body during a performance.
The system was used for Audrey Wright’s musical body at The MET.
Why This Matters
The system offers a tangible, visual representation of an internal neurological phenomenon, synesthesia, within a musical performance context. This provides a direct, real-time interpretation of a composer's color perception for music, integrated with the performer's physical expression.
Overview
A performance at The Metropolitan Museum of Art (The MET) featured a wearable technology designed to translate synesthesia into light. This system utilizes a field of LEDs integrated into a violinist's attire, specifically designed for Audrey Wright's musical performance. The primary function of this technological application is to visually render a composer's synesthetic color map directly onto the violinist's moving body during the performance.
Approach
The core approach involves the physical implementation of a wearable LED field. This field is worn by the violinist, Audrey Wright. The system's design is purposed for translating a composer's synesthetic color map. The light translation occurs across the violinist's moving body, indicating an interactive and dynamic visual representation that corresponds with the musical performance.