Listen to Meditaciones by IRI-MUN.
Listen to Meditaciones by IRI-MUN.
MIA 2012
SuperCollider » Learning
(Source: irimun.com)
Lao-Tzu
Inaudibly Loud, Long-Lasting, Far-Reaching
Sounds are inaudible usually because they are small, they take place where we cannot hear, or we cannot hear them unaided. Or so it would seem. For the Pythagoreans there were some remarkably loud sounds that were in effect everywhere, but that, for some reason, could be heard by no one. Aristotle characterized their argument this way:
“Some thinkers suppose that the motion of bodies of that [astronomical] size must produce a noise, since on our earth the motion of bodies far inferior in size and in speed of movement has the effect. Also, when the sun and the moon, they say, and all the stars, so great in number and in size, are moving with so rapid a motion, how should they not produce a sound inmensely great? Starting from this argument, and from the observation that their speeds, as measured by their distances, are in the same ratio as musical concordances, they assert that the sound given forth by the circular movementof the stars is a harmony.”
One response a Pythagorean could use when facing the quandary of a sound at once so large and yet so inaudible was to say that the sound is embodied and sounding all the time within every person - in other words, a constant aurality resulting in a pervasive deafness. Aristotle was still not convinced: “It appears unaccountable that we should not hear this music. They explain this by saying that the sound is in our ears from the very moment of birth and is thus indistinguishable from its contrary silence, since sound and silence are discriminated by mutual contrast… But, as we said before, melodious and poetical as the theory is, it cannot be a true account of the facts.” The Pythagorean did not maintain that absolutely no one could hear the music of the spheres. Some said that only one person -Pythagoras himself- could and that through his lone ability he discovered the phenomenon in the first place.
Kahn, Douglas (2001), Noise, WAter, Meat - A History of Sound in the Arts, Cambridge, The MIT Press.
(Source: irimun.com)
#NP Hairy Moon - enjoying a free impro…
Synthesizer+Lap top+Visuals * Eduardo Montilla
Electric guitar+Piano+Live electronics * John García
Diferencia de velocidad perceptiva
A priori, las percepciones sonora y visual tienen cada una su ritmo medio propio: el oído, grosso modo, analiza, trabaja y sintetiza más de prisa que la vista. Tomemos un movimiento visual precipitado -un gesto de la mano- y comparémoslo con un trayecto sonoro brusco de la misma duración. El movimiento visual no formará una figura nítida, no será memorizado como un trayecto preciso. En el mismo tiempo, el trayecto sonoro podrá dibujar una forma nítida y consolidada, indivisualizada, reconocible entre todas.
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Hay varias razones para esto: ante todo, para los oyentes, el sonido es el vehículo del lenguaje, y una frase hablada hace trabajar al oído muy de prisa (comparativamente, la lectura con la vista es sensiblemente más lenta, salvo entrenamiento especial: en los sordos, por ejemplo).
Por otra parte, si la vista es más lenta, es porque tiene más que hacer: trabaja a la vez en el espacio, que explora, y en el tiempo, al que sigue. Se ve pronto superada cuando ha de asumir los dos. El oído, por su parte, aisla una línea, un punto, de su campo de escucha, y sigue en el tiempo este punto, esta línea.
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Grosso modo: en un primer contacto con un mensaje audiovisual, la vista es, pues, más hábil espacialmente y el oído temporalmente.
Chion, Michel (1993), La audiovisión, Barcelona, Paidós.
(Source: irimun.com)
Treat your ears right. Listen to this track.
Treat your ears right. Listen to this track.




