Linyl - playing memories

Linyl from Ishac Bertran on Vimeo.

Project here

Photos by Olle Freyhult

Extract from composition: 'Glide' recorded and filmed at Gasworks winter 2008

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OnTopOfTheEmpire.com (2010) - Angelo Plessas

Scratch Cassette by Alexis Malbert a.k.a. TapeTronic

^ Memory by Elna Frederick

Shake....Pict...

Drift by Theo Tagholm

Drift from mustardcuffins on Vimeo.

Until The End (2010) - Nicolas Sassoon

LINK

Shade Pixel

JellyFish Theremin by Yuri Suzuki

The movement of Jellyfish controls the sound, air- conditioning, the visual image and lighting.
Water is the element that possesses the most relaxing characteristics for human beings.
Jellyfish are the closest living thing to water that can be found on Earth.
I used jellyfish as the control center, since jellyfish are made up of 98% water, and I thought that the will of the water would be reflected in the movement of the jellyfish, if only a little.
If we were able to create a space controlled by jellyfish, wouldnﾕt it be the ultimate place of relaxation?
I got the inspiration for this system from the Theremin which is the oldest electronic music instrument in the world. The Theremin is also an instrument which is as mysterious as a jellyfish.

Prepared Turntables by Yuri Suzuki

A turntable that focuses on actively composing and playing music.
This record player has 5 tone arms, each of which can have its volume controlled by its own fader.
This is an analogue answer for the digitalized DJ.

Yuri Suzuki website.

Photography by Hans-Christian Schink

Hans-Christian Schink Website

Props by Semâ Bekirovic

light sculptures by Ayala Serfaty

Shit We're Diggin: "Hungry Hungry Eat Head"

Hungry Hungry Eat Head from Bren O'Callaghan on Vimeo.

Play (And Record) The Piano (2010) - Kokokaka

Music.SWF

Very Slow Scan Television (VSSTV) by Gebhard Sengmüller

Very Slow Scan Television is a new television format that we have developed building upon Slow Scan Television (SSTV), an image transmission system used by Ham Radio amateurs. VSSTV uses broadcasts from this historic public domain television system and regular bubble wrap to construct an analogous system: Just as a Cathode Ray Tube mixes the three primary colors to create various hues, VSSTV utilizes a plotter-like machine to fill the individual bubbles with one of the three primary CRT colors, turning them into pixels on the VSSTV “screen”. Large television images with a frame rate of one per day are the result, images that take the idea of slow scan to the extreme.