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Team:Weimar-Heidelberg Arts/Project/Sutainable-luminousity
From 2010.igem.org
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<img alt="third image" src="http://bbuegler.super-cell.org/images/typeflies.jpg" /> | <img alt="third image" src="http://bbuegler.super-cell.org/images/typeflies.jpg" /> | ||
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| + | <p><small> | ||
| + | Natural midges (chironomidae) form swarms with the shape of a circulating | ||
| + | sphere. The swarms consists of male adults congregating for courtship. | ||
| + | They are organized through the sound of the wingbeats of the male midges. | ||
| + | Our system uses the sensitivity of chironomidae for sound and organize | ||
| + | them with synthetic wing beat sound.<br/> | ||
| + | |||
| + | above: Fly pahts of wild type chironomidae<br/> | ||
| + | right: Sound system for the neuronal training of the midges | ||
| + | </small></p> | ||
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"what happens, if nature is becoming a mirror of our culture?" | "what happens, if nature is becoming a mirror of our culture?" | ||
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<img alt="first image" src="http://bbuegler.super-cell.org/images/lr_supercell_slide.jpg" /> | <img alt="first image" src="http://bbuegler.super-cell.org/images/lr_supercell_slide.jpg" /> | ||
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| + | <img alt="first image" src="http://bbuegler.super-cell.org/images/fontflies.jpg" /> | ||
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| + | <p><small>How can Letters be tought to insects? How can we teach the alphabet to midges? | ||
| + | As chironommidae are sensitive to sound, we use a real-time sound spatialisation system to teach the midges. Until now we are only able to produce clouds of midges forming a simple LED Font</small></p> | ||
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<img alt="first image" src="http://bbuegler.super-cell.org/images/fontflies2.jpg" /> | <img alt="first image" src="http://bbuegler.super-cell.org/images/fontflies2.jpg" /> | ||
| - | < | + | <p><small> |
| + | Midges are sensitive to sounds within the range of the wing beat of their species. | ||
| + | This sounds are normally ± 50 Hz around the specific frequence. | ||
| + | To teach midges the alphabet, letters are coded with nine different sounds withing this range. | ||
| + | Through the spatial placement of the loudspeakers midges learn to react in a certain manner to polyphonic tones by memorizing sound frequencies and the letter-related collective behaviour of their swarm. | ||
| + | </small></p> | ||
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</div> | </div> | ||
Latest revision as of 19:34, 27 October 2010
Natural midges (chironomidae) form swarms with the shape of a circulating
sphere. The swarms consists of male adults congregating for courtship.
They are organized through the sound of the wingbeats of the male midges.
Our system uses the sensitivity of chironomidae for sound and organize
them with synthetic wing beat sound.
above: Fly pahts of wild type chironomidae
right: Sound system for the neuronal training of the midges
"what happens, if nature is becoming a mirror of our culture?"
Product Description
Keep your energy bill low and be good to the environment - the natural light source we use is unchallenged by any man-made alternative to date and won’t disturb other animals. 'Sustainable Luminosity' provides cheap and sustainable advertisement with a natural charm.
Technical Description
Our midges are genetically modified to glow in the dark and trained to form into letters in small groups in response to spatial sound treatment. After the completion of complex training units, the midges learn to fly in the shape of the requested letter. Once this ability is acquired it will last and be passed on to following generations.
How can Letters be tought to insects? How can we teach the alphabet to midges? As chironommidae are sensitive to sound, we use a real-time sound spatialisation system to teach the midges. Until now we are only able to produce clouds of midges forming a simple LED Font
Midges are sensitive to sounds within the range of the wing beat of their species. This sounds are normally ± 50 Hz around the specific frequence. To teach midges the alphabet, letters are coded with nine different sounds withing this range. Through the spatial placement of the loudspeakers midges learn to react in a certain manner to polyphonic tones by memorizing sound frequencies and the letter-related collective behaviour of their swarm.
