Tuesday, May 26, 2009

kristallographie: lasal



"Kristallographie is the second of my audioreactive artifact, based in the Aristid Lindenmayer formula." –lasal

Encontrado en: www.musicofsound.co.nz

Thursday, May 21, 2009

Semiconductor: Brilliant Noise



"Brilliant Noise takes us into the data vaults of solar astronomy. After sifting through hundreds of thousands of computer files, made accessible via open access archives, Semiconductor have brought together some of the sun's finest unseen moments." –Semiconductor

Sunday, May 17, 2009

Redes 22: Flipar en colores



"Perciben colores al probar sabores, oyen melodías al tocar texturas o ven auras de colores alrededor de las personas. Son los sinestésicos, muchos con gran creatividad y sorprendente memoria. El neurocientífico David Eagleman, director del Laboratorio para la Percepción y la Acción de la University of Texas Medical School en Houston vuelve a Redes para abordar los pormenores de la sinestesia." –Redes

Thursday, May 14, 2009

Tuesday, May 12, 2009

Tubo de Ruben



Una bombona de propano, un tubo de pvc agujereado... Le prendemos fuego, le ponemos música y a ver qué pasa... —mediateletipos

Sunday, May 10, 2009

Peter Saville / Unknown Pleasures Visualizer



"A browser-based visualizer produces a real-time image of Peter Saville's famous cover to the Joy Division album Unknown Pleaures, triggered by audio from the album." disquiet.com

Podéis ver la pieza aquí.

Friday, May 8, 2009

Sound Becomes Light



Una investigación reciente ha confirmado que las ondas acústicas de frecuencias altas se pueden convertir a luz.

"Researchers at the Lawrence Livermore National Laboratory in California successfully converted sound waves to light radiation by reversing a process that transforms electricity to sound, which is commonly used in cell phones. This is the first time that sound has been converted to light." www.popsci.com

Neon Lamp Traces Sound Wave



"That’s a sound wave you see in the picture above. Here demonstrating how an acoustic lens focuses sound from a horn, the wave was made visible with the device at left —an aluminum rod with a microphone and a neon lamp at the end. A small motor swings the rod in a wide arc, scanning the area. The microphone picks up the sound and turns it into electric current to feed the lamp. Wherever the sound is strongest, the light is brightest, and the wave is traced out. A complete sound photo, such as this from Bell Labs, takes 10 minutes exposure." Revista Popular Science (septiembre de 1950)

Encontrado en: blog.modernmechanix.com

Entrevista con Carsten Nicolai de Gestalten



Gestalten con motivo de la publicación de Grid Index.

Vía: Mediateletipos

Monday, May 4, 2009

LumiSonic



"Developed through collaboration with the Sonic Arts Network, Whitefield Schools and Centre and the London Philharmonic Orchestra, LumiSonic is a sound application that visualises sound in real-time in a way that allows hearing-impaired individuals to interact with a specifically designed, graphical representation of sound." Sonic Arts Network

Podéis encontrar un vídeo en la web de la BBC.

Sunday, May 3, 2009

12_Series: Telcosystems



"12_Series is a new generative multichannel computer installation by Telcosystems. The installation is an audiovisual horizon comprised of twelve identical image and sound generating machines. Built around the notion of decentralized autonomous decision making and evolution, 12_Series implements forms of audiovisual imitation, mutation and recombination, aiming for the emergence of captivating complexity from a vocabulary of rudimentary shapes, sounds and logic." Telcosystems