Plane of Emergence by Jan Ove Hennig
Presented by : Jan Ove-Hennig
Summary
"Plane of Emergence" is an experimental sound system where autonomous devices generate and interpret musical sequences based on their proximity to each other, creating an ever-evolving musical landscape. Rather than simply copying sequences, each device transforms musical input through variation, establishing temporary sonic territories that continuously form and dissolve.
Conceptual Framework
Drawing on theories of emergent systems, the project explores how musical patterns develop naturally through machine interactions, independent of central control or predetermined rules. Sonic territories exist in constant tension between two forces: territorialization, where patterns become established and devices develop interpretative habits, and deterritorialization, where these patterns transform and unexpected variations emerge to destabilize existing forms.
Key dynamics:
- Continuous transformation between stability and instability
- Simultaneous processes of pattern formation and dissolution
- Emergence of complex behaviors from simple interactions
The Plane of Immanence
As the title suggests, the project explores Deleuze's concept of the plane of immanence - a fundamental level of existence prior to all forms and structures. This plane functions as a field of virtual possibilities before they're actualized, like potential musical interactions before specific patterns emerge. Without external organizing principles, everything emerges from within the plane itself, just as musical patterns arise from device interactions rather than predetermined scores.
Technical Implementation
The technical foundation builds upon the "Spatially Distributed Instruments" project, first showcased at the Forum Event in Seoul 2024. Both projects explore information exchange between autonomous devices, transforming digital data into acoustic manifestations through actuators. The devices serve dual roles - broadcasting and interpreting signals - as they transform digital patterns into sound waves that travel through space.
Core features:
- Proximity-based interaction between devices
- Latency-free distribution of pattern data
- Dynamic reconfiguration of device relationships
This architecture enables the emergence of complex sonic patterns through continuous transformation and actualization, where digital information manifests in the physical realm through sound.
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