Exploration of Spatial Composition with a New Electronic Stringed Instrument

ABSTRACT New musical instruments of the electronic and digital eras have explored spatialisation through multidimensional speaker arrays. Many facets of 2D and 3D sound localisation have been investigated, often in tandem with immersive fixed-media compositions: spatial trajectory and panning; physics-based effects such as artificial acoustics, reverberation and Doppler shifts; and spatially derived synthesis methods. Within the realm of augmented spatial string instruments, the EV distinguishes itself through a unique realisation of the possibilities afforded by these technologies. Initially conceived as a tool for convolving the timbres of synthesised and acoustic string signals, the EV’s exploration of spatial sound has led to new experiments with timbre. Over time, additional sound-generation modules have been integrated, resulting in an increasingly versatile palette for immersive composition. Looking forward, the EV presents compelling opportunities for sonic innovation.

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Publication Details

Journal
Organised Sound
Published
2025-07-21
DOI
https://doi.org/10.1017/s1355771825100575
Primary Topic
Geographic Information Systems Studies
Type
article
Field-Weighted Citation Impact
0.00
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article

Exploration of Spatial Composition with a New Electronic Stringed Instrument

Brian Lindgren
Organised Sound
Geographic Information Systems Studies
article

Exploration of Spatial Composition with a New Electronic Stringed Instrument

Brian Lindgren
article en

Abstract

ABSTRACT New musical instruments of the electronic and digital eras have explored spatialisation through multidimensional speaker arrays. Many facets of 2D and 3D sound localisation have been investigated, often in tandem with immersive fixed-media compositions: spatial trajectory and panning; physics-based effects such as artificial acoustics, reverberation and Doppler shifts; and spatially derived synthesis methods. Within the realm of augmented spatial string instruments, the EV distinguishes itself through a unique realisation of the possibilities afforded by these technologies. Initially conceived as a tool for convolving the timbres of synthesised and acoustic string signals, the EV’s exploration of spatial sound has led to new experiments with timbre. Over time, additional sound-generation modules have been integrated, resulting in an increasingly versatile palette for immersive composition. Looking forward, the EV presents compelling opportunities for sonic innovation.

Organised SoundVol. 30(2)
Perfect Harmony Health (US), University of Virginia (US)
Openalex Percentile: Top 78%
Geographic Information Systems Studies
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