In this groundbreaking virtual workshop, we bridge the worlds of botany and technology to explore the fascinating realm of plant intelligence and bio-digital interaction. Through four intensive 3-hour sessions combining scientific theory with hands-on practice, participants will discover how plants perceive their environment, communicate, and respond to stimuli - and learn to translate these biological processes into interactive art and technology.
This session introduces the concept of plant intelligence, examining how plants perceive and respond to environmental stimuli such as light, touch, gravity, and chemical signals. We will explore scientific evidence of plant communication, including root signaling and mycorrhizal networks, while addressing questions like whether plants can detect sound or exhibit memory-like behaviors. By understanding these biological processes, participants will gain insight into the sophisticated ways plants interact with their surroundings.
Building on plant sensitivity, this class focuses on the integration of biological systems with technology. Participants will learn how to monitor plant activity through biosensors that detect electromagnetic fields, micro-voltage fluctuations, pH levels, and ionic changes. We will discuss the development of bio-interfaces that translate plant signals into data, emphasizing ethical considerations in merging living organisms with electronic systems.
Here, we transition from data collection to creative expression by converting plant biodata into sound. The session covers practical techniques for data sensing, serial communication, and Open Sound Control (OSC) protocols to stream biological signals in real time. Participants will also explore WiFi-enabled modules and server setups for local or remote biodata sonification, enabling interactive audio-visual projects.
The final class applies these principles to immersive installations, blending art, technology, and ecology. We will discuss the design of responsive gardens and interactive exhibits using sensor networks and automation. Additionally, the workshop will introduce bio-sonic meditation, where plant-generated frequencies facilitate mindfulness, concluding with a dialogue on sustainable and aesthetically meaningful human-plant collaborations.