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"Have you ever wondered if bacteria make distinctive sounds? If we could listen to bacteria, we would be able to know whether they are alive or not. When bacteria are killed using an antibiotic, those sounds would stop - unless of course, the bacteria are resistant to the antibiotic. This is exactly what a team of researchers from TU Delft, led by dr. Farbod Alijani, has now managed to do: they captured low-level noise of a single bacterium using graphene. Now, their research is published in the journal Nature Nanotechnology."

"Thousands of species of fireflies all blink in different patterns, not only blinking in rhythms but simultaneously performing specific flight choreographies. The timing and pattern of their flashes are unique to each species. In Bioluminescence, I translated firefly behavior data from Prof. James E. Lloyd's Studies on the Flash Communication Systems of Photinus Fireflies into an orchestral piece. Rhythmic patterns of light and insect movement provide the material for both melodic and rhythmic figures. In biology, bioluminescence is the ability of living things to produce light through biochemical processes. Most bioluminescent organisms are found in the sea. The group of marine bioluminescent organisms includes fish, bacteria, and jellyfish. Some bioluminescent organisms, including fireflies and fungi, are found on land. Bioluminescence is used by creatures to make prey, defend themselves against predators, find mates, as well as for other vital activities. Recent studies show that the number of fireflies is declining. Light pollution from human-generated light disrupts insect courtship behavior because it can only occur in the dark. The artificial extension of daylight into the night disrupts the fireflies' dark-light cycles and thus their biological behavior."

"Fermentophone is a multi-sensory installation in which an algorithmically generated musical composition is performed by living cultures of bacteria and yeast. The installation comprises a series of different vessels containing actively fermenting foodstuffs and beverages, which are wired with electronic sensors. Each colorful, odorous, and edible ferment has its own musical vocabulary which is expressed according to microbial activity.( The installation was presented at the Hacking Arts festival at the MIT Media Lab."

"Fermentophone is a multi-sensory installation in which an algorithmically generated musical composition is performed by living cultures of bacteria and yeast."

"Non-Human Rhythms 1 is the first of a series of live recordings featuring different micro-organism and there bio-electrical activity translated in to a sound process. In this release listen to 30 minutes of signal originated in bacterial fuel cells. "