Cluster Fields at Zuccaire Gallery, Stony Brook NY, Nov 2, 2024-Feb 19, 2025
Cluster Fields is a collaborative spatial sound installation developed by John Driscoll and Phil Edelstein of Composers Inside Electronics (CIE). The work consists of multiple sounding elements distributed across a site, forming an acoustic environment in which sound is experienced as a dynamic, spatial field rather than as a fixed source.
Table of Contents
Concept
At the core of Cluster Fields is the idea of sound as a field condition. Instead of presenting discrete sonic events from a single location, the installation organizes sound across space through clusters of activity that emerge, interact, and dissipate over time.
These clusters are not fixed compositions but evolving configurations. Listeners encounter shifting zones of intensity, resonance, and interference, where perception is shaped by movement through the space as much as by the sounds themselves.
System and Method
The installation is built from a distributed network of elements, typically including:
- resonant objects activated by transducers
- custom signal pathways
- software-based processing and control systems
- spatial arrangements adapted to the specific site
Everyday materials and constructed forms function as loudspeakers, transforming physical objects into active components of the sonic system. Sound is not simply emitted but shaped through the interaction between electronic signals, material properties, and architectural acoustics.
Each realization of Cluster Fields is site-responsive. The configuration of elements is adjusted to the spatial, acoustic, and contextual conditions of the environment, making the installation inherently variable.
Behavior and Experience
Cluster Fields operates as a dynamic and adaptive system. Interactions between its components—electronic, material, and spatial—produce continuously evolving sonic patterns. Feedback, resonance, and signal distribution contribute to emergent structures that cannot be fully predetermined.
As a result, the work does not unfold linearly. Instead, it presents a changing environment in which listeners navigate a field of relationships. Perception is localized and contingent: different positions within the space reveal different balances, details, and interactions.
Research Context
The project can be understood as an investigation into distributed electroacoustic systems. It explores how sound can be organized without a central point of origin, and how complex sonic behavior can arise from relatively simple interacting elements.
In this sense, Cluster Fields extends methodologies associated with CIE’s earlier work, including approaches developed in collaboration with David Tudor. It reflects an ongoing interest in material-based sound production, spatial composition, and the balance between control and listener explortation in live electronic systems.
Collaboration
Cluster Fields has been developed through the collaborative practice of CIE members of John Driscoll and Phil Edelstein. Individual contributions—ranging from instrument design to system configuration—are integrated within a shared framework, resulting in a collectively realized work.
Summary
Cluster Fields proposes a model of composition based on distribution, interaction, and emergence. By treating sound as a spatial and material phenomenon, the work invites listeners to engage with an environment that is continuously in flux—shaped by the interplay of objects, signals, and space.
Contact
Phil Edelstein p.edelstein@composers-inside-electronics.net
John Driscoll j.driscoll@composers-inside-electronics.net
Links
G E S T U R E S & CLUSTERS Pamphlet from Zuccaire Gallery