Microbial Sonorities explores the use of sound to investigate the bioelectric and behavioral patterns of microorganisms. Specifically, it is a hybrid biological-electronic system wherein variations in electrical potential from an array of microbial fuel cells are translated into rhythmic, amplitude and frequency modulations in modular electronic and software-based sound synthesizers.

Microbial Sonorities explores the use of sound to investigate the bioelectric and behavioral patterns of microorganisms. Specifically, it is

microbial-sonorities

Microbial Sonorities

PlantConnect explores human-plant interaction via the human act of breathing, the bioelectrical and photosynthetic activity of plants and computational intelligence to bring the two together. The system measures the photosynthetic and bioelectrical activity from an array of plant microbial fuel cells (P-MFCs) and translates them into light and sound patterns using machine learning.

Bioelectricity, light, sound, CO2, photosynthesis and computational intelligence form a circuit that enhances informational linkages between human, plant, bacteria and the physical environment, enabling a mode of interaction that is experienced not just as a technologically-enabled act of translation but as an embodied flow of information.

PlantConnect explores human-plant interaction via the human act of breathing, the bioelectrical and photosynthetic activity of plants and co

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