out now: Schloss Mirabell - Requiem For Robots [Intergalactic Research Institute For Sound]

Artist:
Schloss Mirabell

Title:
Requiem For Robots

Label:
Intergalactic Research Institute For Sound

Cat#:
IRIS012

Release Date:
16th June 2023

Format:
vinyl, download& streaming

Tracklist:
01.
Omittere

02.
Demittere

Press Info:
The Intergalactic Research Institute for Sounds is proud to present Requiem for Robots. For this latest transmission, Florina Speth aka Schloss Mirabell joined forces with a group of robots that were built by Kay Sievers (versioduo.com). The musical question this record states is: “Who animates what?”

The physical body of these robots consists of a wooden cuboid, a single string around which a round, internally strung bow revolves, and a motorized finger which can press down the string. They produce sounds that are very similar to the cello. They display unusual characteristics such as motor noises, infinite sounds or sometimes scratchy and gruff qualities. In addition, there is the extraordinary level of kinetic expression created by the bow circling around the string. Taken together, precisely these peculiarities form a unique instrument profile, a character which is emphasized in the presented project.
Florina Speth, born 1983 in the mountains near Salzburg, started playing the cello and piano at the age of 6 and began studying music at the “University Mozarteum Salzburg” at Clemens Hagen when she was 11. She won several prizes and was part of orchestras such as the Bayerisches Landesjugend Orchester and Salzburger Junge Philharmonie. Always keenly interested in contemporary music, she loves bridging experimental arts with science. She composes and works with cello and cello robots. She regularly collaborates with Dasha Rush, Hüma Utuku, Nicholas Bussmann, Lucile Desamory and Larissa Lackner.

V2 Cello-1-robots
The physical body of such a robot consists of a wooden cuboid, a single string around which a round, internally strung bow revolves, and a motorized finger which can press down the string. Various parameters such as bow speed, bow pressure, finger position and finger pressure can be controlled via MIDI. The robots produce sounds that are very similar to the sound of a cello or viola. Due to their physicality, they exhibit very unique and unusual characteristics such as motor noises, infinite sounds or sometimes scratchy, sometimes gruff qualities, which in turn differ from the usual string sound of a cello. In addition, there is the extraordinary level of kinetic expression created by the bow circling around the string. Taken together, precisely these peculiarities form a unique instrument profile, a character which is emphasized in the presented project.

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