 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 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

2017

New York