Sound/Video, Object Installation
Artistic Research Project, 2016-2018
Part I - Gen I
Signs and sign systems, i.e. codes, are part of our daily life. Some of them are simple and intuitively comprehensible. Others are complex and difficult to understand for non-experts. Nevertheless they play an important role in our everyday social life. A prominent example are the various codes used in digital information technology. These have been developed and optimized over decades and can be considered a major triumph of the human mind.
It is fascinating to realize that nature was a pioneer in that respect. The genetic code, basis of all life, is structurally very similar to the digital codes developed by humans and by now we understand how efficient and highly developed the genetic code is. In our bodies as much as in the bodies of all living beings processes analogous to processes in computers, which however seem to be rather abstract to most of us, constantly occur.
Aim of this work is to enable us to experience this fascination. To this avail the genetic code is analyzed from the perspective of semiotics. Inspired by the code itself, a sign system is developed and used to display two important mechanisms of the genetic code, transcription and translation, as audiovisual processes. In particular this should make it possible to transport microscopic processes, usually invisible to us, into our macroscopic reality. This aim shall be achieved by an audiovisual room installation.
2016 Student Award, Exellence in the Application of New Technologies in Sound Art and Sound Design, klingtgut! symposium on sound
bachelor thesis (in German)
slides (in English)
PArt II - System in a System
Thalassiosira pseudonana is a species of marine centric diatoms. Diatoms are eukaryotic, photosynthetic microorganisms, who live in the water and in great variety of forms almost all over the world can be found. Diatoms are single-celled, but often occur as a colony
and its special feature is the hard shell that surrounds the cell.
System in a System represents an excerpt of a protein of clone CCMP 1335 of T. pseudonana.
The protein is visualised with a type system developed for my work GEN I.
Each character represents an amino acid and comes from a visual algorithm that I have developed.
In the sound composition, the individual amino acids in the form of their codons were entered and played back by using a gene synthesizer. The Gensynthesizer is developed to generate Sound with different or single DNA strangs.
This project was displayed as part of the exhibition 'Biologie und Bauen' at the
Museum für Fotografie / Helmut-Newton-Stiftung, Berlin.
Biologie_Bauen (in German)
Projekt funding by Commission for Artistic and Scientific Projects (KKWV), Berlin University of the Arts
Information about Thalassiosira pseudonana CCMP1335 :
https://www.ncbi.nlm.nih.gov/protein/223993677
https://www.ncbi.nlm.nih.gov/nuccore/NC_012064.1?report=fasta&from=33684&to=34512&strand=true