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PRESENTATION OF PRINCIPIUM 2.0 (DOB073) @ STADSLIMIET, ANTWERP 2 Jul 2017 @ Stadslimiet, Antwerp with Remörk (Kris Delacourt) The installation setup contains six of the twelve releases of PRINCIPIUM 2.0.
└ from 03 — Principium 2.0 Presentation


We had previously worked with Kris Delacourt on 'Principium 2.0', which is a reinterpretation of Colson’s work 'Principium', and so it was a natural progression that we then asked Colson to work on a sound publication with us.
└ from 05 — Wiels Artbook Fair


Principium 2.0 release - Remörk (Kris Delacourt), DE PLAYER This release has a shifting one-note drone (I believe I used D, F#, A, G#) that gets turned on and off by a magnetic sensor.
└ from 06 — Principium 2.0 Publication


Principium 1.0' appeared as a hacked synth reduced to a single octave, to be played with magnets on a colourful playing field, parallelling the same patterns.
└ from 06 — Principium 2.0 Publication


Principium 2.0' comes in the form of twelve records and this magnetic application, which follows very elementary rules – some old, some new.
└ from 06 — Principium 2.0 Publication


We first encountered 'Principium 1.0'.
└ from 06 — Principium 2.0 Publication


This resulted in 'Principium 2.0'.
└ from 06 — Principium 2.0 Publication


And so, he went on to design 'Principium 1.0'; a magnetic board with the same field as the sticker sheets, which he activated with magnets as a synthesizer.
└ from 06 — Principium 2.0 Publication


Principium 2.0' is then another piece in step with the principle of Colson's original 'Principium'.
└ from 06 — Principium 2.0 Publication


As Delacourt didn't just want to publish a record with recordings of the 'Principium 1.0', he decided to transpose the idea onto a prepared record player using magnets and a specific device.
└ from 06 — Principium 2.0 Publication


The interview was conducted after he exhibited 'Principium 2.0' in an installation setting at Stadslimiet, Antwerp.
└ from 06 — Principium 2.0 Publication


Source: http://www.newcriticals.com/deep-mining-deep-time/page-3 Mineral commodities used in mobile devices: Gallium (from bauxite), Germanium (from sphalerite) Graphite Indium (from sphalerite) Lithium (from amblygonite, petalite, lepidolite and spodumene) Platinum Potassium (from langbeinite, sylvite and sylvinite) Rare-earth elements (like bastnäsite, loparite, monazite and xenotime) Sand Silicon (from quartz) Silver (from argentite and tetrahedrite) Tantalum (from columbite and tantalite) Tin (from cassiterite) Tungsten (from scheelite and wolframite) Source: https://pubs.usgs.gov/gip/0167/gip167.pdf Chemical structure of the products of Sydvaranger mine, Kirkenes: Fe – 68% SiO2 – 5.00 Al2O3 – 0.30 S – 0.08 P – 0.01 Mn – 0.05 Na2O – 0.01 K2O – 0.03 CaO – 0.35 MgO – 0.45 H2O – 8.00 Size of the product: Over 0.15mm – less than 0.2% 0.053mm–0.15mm – less than 20% Under 0.053mm – up to 80% Source: http://sydvarangergruve.no/produkt 'In mining there are two types of waste.
└ from 27 — BJ Nilsen


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