Tam Hunt is an Affiliate Guest in Psychology in the META Lab, Psychological and Brain Sciences Department, University of California, Santa Barbara. His work focuses on the philosophy of mind, reconciliation of scientific and spiritual views of the world, and the interaction of mind and matter. A practicing lawyer, he brings a unique perspective to psychology and philosophy.
Thomas Cronin is Professor of Biological Sciences, University of Maryland, Baltimore County. His research interest is in Visual ecology: the evolution, adaptation, and specialization of visual systems of animals ranging from the simplest marine invertebrates to complex animals like mantis shrimps, cuttlefish, whooping cranes, and right whales
“My art practice involves an interplay between photography and scientific imaging, and is concentrated in the specific area of scientific photography made by the Scanning Electron Microscope (SEM), which has expanded the boundaries of observation and representation of the micro world. My work in the field of photomicrography aims to expand human visual vocabulary, revealing principles of beauty which are typically difficult to otherwise access”.
New media artist, Anastasia Tyurina, is an Associate Professor at the National Research University of Electronic Technology, Moscow and a sessional academic at Queensland College of Art, Griffith University, Brisbane.
Leonie Bradley is an artist working in a range of media including film, photography and print. Her work explores scale and ways of looking, from a unique tonal range. She creates large, handmade digital images that subvert the conventional viewing distance.
‘Wavefront’ is a collaboration with Kit Yates, Senior Lecturer in Department of Mathematical Sciences and Tim Rogers, Reader in Department of Mathematical Sciences, University of Bath.
“My main aim is to raise questions about how scientific developments – particularly relating to my current preoccupation with medical imaging – change the way people think about themselves, their bodies and their identity”.
Julie Light is a visual artist primarily creating sculptural objects in glass and other materials. Her current work is focused on the relationships between medical technologies and the self.
“The underlying focus of my work is to reverse engineer the psychology behind the human experience of special places. What I mean by ‘special places’ are precise locations in our world where something very powerful happens; namely, a reaction that goes beyond the visual to also encompass a visceral and cognitive response.”
Daniel Ambrosi has been exploring groundbreaking methods of visual presentation since graduating from Cornell University with degrees in architecture and 3D graphics. In 2011, he devised a unique form of computational photography that generates extremely high-resolution immersive vibrant images, His latest work, ‘Dreamscapes’, builds upon his previous experiments by adding a powerful new graphics tool, a modified version of ‘DeepDream’, a computer vision program evolved from Google engineers’ desire to visualize the inner workings of Deep Learning artificial intelligence models.
“Within my art practice I examine ways in which climate and current cultural awareness influence how we regard landscape phenomena”.
Catherine Richardson experiments with natural processes using paint, inks, pond water and metals; building a library of textures by freezing, thawing, evaporating, heating and burning. Using these textures the artist compiles mixed medium ‘paintings’ on panel or paper. Richardson then uses digital techniques to organize a collage of scanned textures, creating imagery that expresses landforms experienced.
Agonism / Antagonism is a new exhibition resulting from artist Neus Torres Tamarit’s residency in the laboratory of Dr Max Reuter, Reader in evolutionary genetics at UCL, and part of a long-term collaboration with computer scientist Ben Murray.
James Sprittles is an Associate Professor in the Mathematics Institute at the University of Warwick, who studies the mathematical modelling and computational simulation of technologically-relevant interfacial flows, which are particularly relevant in the emerging fields of nano- and microfluidics.
“In the past we tended to imagine that water was a scarce and precious resource. But as we learn more about our place in the Universe, we are becoming ever more aware that water is everywhere.”
Professor Jonti Horner, an astronomer and astrobiologist who currently works in the Computational Engineering and Science Research Centre at the University of Southern Queensland, in Toowoomba, Australia.