Study of Botanical Music Integration using the Touché method

Abstract

This study explores the integration of Touché's Swept Frequency Capacitive sensing technique with plant biology to understand plant responses to touch and to generate music from these interactions. The research involves the collection of various indoor plants such as Money Plant, Bamboo Plant, Oyster Plant, and Philodendron Plant, each with unique properties and benefits. Capacitive sensors are integrated with the plants, and Arduino boards are utilized to measure changes in capacitance upon touch. The electrical signals from plants are converted into musical notes using Max8 software, providing a dynamic interface for plant interaction. Results indicate that plants with thicker stems, such as bamboo and oyster plants, exhibit heightened sensitivity, potentially due to their higher water content and conductivity. The study also suggests succulent plants show promise in this regard. Through this interdisciplinary approach, insights are gained into plant sensory mechanisms and adaptive responses, bridging the gap between technology, biology, and music. Further investigations could delve into the specific mechanisms underlying plant sensitivity and explore the impact of music on plant growth and behaviour, offering new perspectives on plant communication and environmental responsiveness. Ultimately, this integration of technology with nature aims to promote growth without negative environmental impact.