Hydrophonics
Caroline Locke
Malt Cross
Sun 27 Nov 11am
Mon 28 Nov 7.30pm
£3.50 (£2.50 concessions)
To view online at times above click here
A live webcast of sound from the other side of the world to the surface of water. The innovative concept of Hydrophonics stems from Locke’s fascination with technology, waterflow, the idea of ‘seeing sound’, of visualising kinetic energy and exploring different approaches to the ‘live event’. Over the past four years she has experimented widely by sending a variety of sounds through water to see the different formations each sound makes on the water surface.
Locke has worked with musicians to compose music based on the sight of the composition, rather than the sound of it, and developed new designs for water tanks and speaker systems. The Sonic Arts Group at Monash University will be playing and developing music especially for the event. This will be sent across the world to the water tanks in the UK where the audience will experience the ripples and fountains on the surface of the water.
Caroline Locke
Malt Cross
Sun 27 Nov 11am
Mon 28 Nov 7.30pm
£3.50 (£2.50 concessions)
To view online at times above click here
A live webcast of sound from the other side of the world to the surface of water. The innovative concept of Hydrophonics stems from Locke’s fascination with technology, waterflow, the idea of ‘seeing sound’, of visualising kinetic energy and exploring different approaches to the ‘live event’. Over the past four years she has experimented widely by sending a variety of sounds through water to see the different formations each sound makes on the water surface.
Locke has worked with musicians to compose music based on the sight of the composition, rather than the sound of it, and developed new designs for water tanks and speaker systems. The Sonic Arts Group at Monash University will be playing and developing music especially for the event. This will be sent across the world to the water tanks in the UK where the audience will experience the ripples and fountains on the surface of the water.