We are witnessing a vibrant exploration of disciplinary cultures within the arts and sciences. It is now more common place for media and methods traditionally associated with one discipline to find use in another. DNA gel electrophoresis is a case in point: a technique used to spatially separate DNA fragments according to their size, so allowing DNA sequences to be read, it is now a research, forensics, commercial, bioart and fine arts favourite. From a common source (DNA), very different pathways to new material (media) forms are possible. How can we capture these examples of ‘unstable media’ for analysis?

Working with Dr Florian Wiencek, we developed a reference model that can help break down individual pathways of project development – from a project’s conception through to new material outcomes – into common elements for comparison (e.g. how you begin with a DNA sample and end up with a personalised genetic print on your living room wall). At the heart of the model is a ‘domain specific ontology’ adapted from work by the V2_ Lab for Unstable Media. This ontology captures those elements we need to define if we are to speak about the work in question (including, for example, types of object, object properties and the interdependencies between objects). Connected to this ontology, a ‘process model’ captures how – from conception to outcomes – those defined elements transition from one state to another in the production of new material forms. Brought together, different work pathways can be compared and contrasted within a single framework. This can allow a richer discussion of media, its use and transformation, outside of its formal association with a particular discipline and disciplinary culture.

Outputs

Senior T. J., (2009). The Exploration of the Biological Sciences through Art. Duke University (Fall semester): Undergraduate Course ISIS 120S.02; VISUALST 189.03

Senior T. J., Wiencek F. (2011). Art <> Science: An Ontology. Rewire – 4th International Conference on the Histories of Media Art, Science and Technology (Liverpool)

Senior T. J., Wiencek F. (2011). Art <> Science: An Ontology. ISEA – 17th International Symposium on Electronic Art (Istanbul).