Henry Taylor is Birmingham Fellow in Philosophy, University of Birmingham. He is primarily interested in the philosophy of mind and the philosophy of cognitive science, and the overlap between this and areas that are normally thought of as distinct, such as biology.
Harriet Dempsey-Jones is a Postdoctoral Researcher in Cognitive Neurosciences, UCL. She is a researcher in the field of cognitive psychology at University College London, looking at how our brains and particular cognitive processes cause our subjective psychological and perceptual experience.
“My research looks at how the body processes touch and other sensory inputs. Particularly, I am interested in plasticity in the area of the brain that processes sensory inputs from your body – the somatosensory cortex. I look at how this system is shaped by adding or removing sensory inputs.”
Wei Luan is a Postdoctoral Researcher, The University of Queensland. His current research studies how the dopamine neuronal system is affected in schizophrenia from the beginning of embryonic brain development.
Merja Joensuu is a Postdoctoral Research Fellow at The Single Molecule Neuroscience Lab, The University of Queensland, lead by Prof Frederic A Meunier. The overall aim of research is to study how neurons communicate in health and disease by using super-resolution microscopy techniques.
Ravi Kiran Kasula is a PhD Student, The University of Queensland.
Philip Goff is Assistant Professor of Philosophy, Durham University. A philosopher and consciousness researcher, his research focuses on how to integrate consciousness into our scientific worldview.
“My first academic book, Consciousness and Fundamental Reality (Oxford University Press), was published in 2017 and my first book aimed at a general audience, Galileo’s Error: Foundations for a New Science of Consciousness (Rider in UK, Pantheon in US), was published in November 2019.
I argue that the traditional approaches of materialism (consciousness can be explained in terms of physical processes in the brain) and dualism (consciousness is separate from the body and brain) face insuperable difficulties. On the basis of this I defend a form of panpsychism, the view that consciousness is a fundamental and ubiquitous feature of the physical world. It sounds a bit crazy, but I try to show that it avoids the difficulties faced by its rivals.”
Artist and writer, Richard Bright, has addressed the relationship between art, science and consciousness for over 30 years. He has exhibited both nationally and internationally and was the recipient of the ‘Visions of Science’ Award, The Edge, Andrew Brownsward Gallery, University of Bath (Second Prize Winner). In ‘Brainscapes’ he shows some works from his neuroscience inspired Limited Edition Prints.
As one of the four fundamental forces in physics it has been harnessed to shape our modern world of electronics and how we interact with each other. For the last four years Fine Artist Richard Paton has explored various enigmatic aspects of magnetism and completed an MA in Art & Science at UAL in 2020. By researching Geomagnetism and Magneto Reception Paton’s artwork looks at how magnetism can be seen as a metaphor revealing a fundamental human disconnection with the earth itself and the animal’s which inhabit the natural world.
In recent pieces he tackles some of the most pressing issues of our times such as habitat degradation and species extinction which draw upon the evolution of the compass, mechanical automata and interactive electronics.
Suzanne OConnell is Professor of Earth and Environmental Sciences, Wesleyan University. She studies Antarctic paleoclimate using marine sediment cores from IODP (International Ocean Discovery Program). This is to understand how Antarctica has changed in the past, information that will help researchers to understand and model future climate change. Her current research focuses on Antarctic climate change using sediment cores from the Weddell Sea, Ocean Drilling Program (ODP) Leg 113. She has authored or co-authored over 60 refereed publications and edited the JOIDES Journal as well as ODP Initial Reports and Scientific Results. In 2015, she co-edited and co-authored the book “Women in the Geoscience: Practical, Positive, Practices Toward Parity”
Jonathan Bamber is Professor of Physical Geography, University of Bristol. His main areas of interest are in applications of satellite remote sensing data in the polar regions. More specifically, he has been working on the use of remote sensing data to study the behaviour of the Antarctic and Greenland ice sheets, glaciers and ice caps in the Arctic, Patagonia and to use these observations to test and/or improve climate and Earth System models. He is also using satellite and ground based data to investigate past and present variations in sea level.
Dr. Kate Stafford is a Principal Oceanographer at the Applied Physics Lab and affiliate Associate Professor in the School of Oceanography at the University of Washington in Seattle. She has worked in marine habitats all over the world, from the tropics to the poles, and is fortunate enough to have seen (and recorded) blue whales in every ocean in which they occur. Stafford’s current research focuses on the changing acoustic environment of the Arctic and how changes from declining sea ice to increasing industrial human use may be influencing subarctic and Arctic marine mammals.
Ian Kane is Reader in Geology, University of Manchester. “I’m interested in how sediment, including mineral grains, organic fragments and anthropogenic material (such as microplastic), is moved across Earth’s surface and where it ends up. My main focus is on deep-marine environments which are the ultimate sinks for much of this sediment.”
Michael Clare is Principal Researcher in Marine Geoscience, National Oceanography Centre. His research interests include understanding how onshore sediment transport systems link to those in the deep sea, characterising seafloor geohazards, quantifying the rate and flux of deep sea particulate transport (including pollutants) over timescales from minutes to millions of years, assessing risks posed to globally important seafloor infrastructure, such as telecommunications cables and pipelines, by submarine geohazards, linking modern seafloor processes with ancient geological archives through integration of direct monitoring, repeat seafloor surveys, and sedimentary analysis and exploring novel tools to monitor seafloor hazards.