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James Robert Moore - “a short history of decay (part 1)”

C30 cassette with 24 page Xeroxed booklet and 50cm x 37.5cm silkscreened print on newsprint.

Edition of 25 copies.

Available from

https://lysergicearwax.bandcamp.com/album/a-short-history-of-decay-part-1

DECAY [dih-key] : decomposition; rot; a gradual falling into an inferior condition; progressive decline

Created for the month long B.A.S.S. sonic arts event at Framewerk gallery in Belfast, “a short history of decay (part 1)” comprises of sonic and visual elements, an exploration of signal degradation through excessive reproduction, copying, looping and distortion.

The cassette features two sound pieces based on field recordings captured on a cheap portable tape recorder. Theses tapes were submitted to a series of processes and further combined with analog synthesizer and signal chain feedback loops

The booklet contains elements of photographs and drawings recycled by cropping, enlarging and further recopying on an ageing xerox machine which introduced numerous unintentional distortions.

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NORCAL NOISEFEST 2015 FUNDRAISER  -  https://www.indiegogo.com/projects/norcal-noisefest-2015/x/8249920

How Owls Could Quiet Wind Turbines and Planes

If you were a field mouse minding your own business and foraging for some food in the forest, the last creature you’d want to spot you would be an owl. The reason is simple–even as the bird of prey swooped down with talons open, you’d never hear it coming.

Owls have an impressive superpower in silent flight, made possible by specialized wings and feathers that disperse the sound of air rushing past them. Now an international research team says they have taken a tip from owls that could eventually lead to turbine blades and jet aircraft that produce significantly less noise.

“No other bird has this sort of intricate wing structure,” said University of Cambridge applied mathematician Nigel Peake. “Much of the noise caused by a wing – whether it’s attached to a bird, a plane or a fan – originates at the trailing edge where the air passing over the wing surface is turbulent. The structure of an owl’s wing serves to reduce noise by smoothing the passage of air as it passes over the wing – scattering the sound so their prey can’t hear them coming.” Learn more below.

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