Interact: The Project
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Morpho. Same painting lit from different angles to demonstrate colour-shift effect |
Placement at the University of Birmingham: Notes from the Lab (15 May 08) Captivated by their ephemeral beauty, fragility and capacity for continuous transformation, my attention has recently turned to butterflies. A colour as dramatic as the metallic blue of the wings of the exotic Morpho butterfly has never been encountered in the art world. The strategies evolved by these butterflies over thousands of years to create, adjust and fine-tune iridescence suggest that the development of artistic materials and working methods reproducing such an effect would be a major advance. With this in mind my Interact placement at the University of Birmingham (Jan - Aug 08) followed on seamlessly from a closely related project at the Natural History Museum, London. Working across the Schools of Biosciences and Physics, I have been able to persevere in my attempt to adapt latest iridescent 'pigment' technology for fine art painting. And, indeed, by studying the complex mechanisms associated with iridescent colour production in butterflies, I am beginning to overcome the many challenges inherent. Having initially simulated a range of iridescent effect on a small scale, the intention is now to develop large, textured paintings that like butterflies change in colour and pattern, depending on the light and movement of the viewer. |
To aid colour-matching via spectrometry Dr Mark Colclough (School of Physics) initiated a student project, called "The Iridescent Properties of Butterflies and Paints". In response Katie Lane and Andrew Emms, the two eager undergraduate students who chose to undertake the topic, devised an experimental apparatus and methods with a view to measure and pinpoint this elusive colour by examining butterfly wings and the paints newly developed by me. The results of their investigations has facilitated much dialogue between our respective disciplines and I have, with both their help, branched out and ventured further into a relatively new territory - the world of spectrometry.
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In addition, Dr Norman Day from Biosciences, a life-long enthusiastic collector and photographer of butterflies, has perhaps inevitably become much engaged in the subject and has made significant contributions both in terms of ideas development and practical support. More recently further exciting opportunities have emerged, involving collaboration with the School of Engineering, in the field of texture and surface reproduction. |
Left: Morpho didius wing section Right: Simualtion of wing section |
From its humble beginnings the project is developing much momentum, while bridging the art and science divide. In addition, a unique platform for interdisciplinary exchange and dialogue has been created not only between individuals, but also between research departments and institutions, hence generating much scope for sustained cross-fertilisation and knowledge transfer.
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