What happens when we turn our Transdimensional Scrying Mirror onto The House of Commons?
Herewith, a re-running of the politiciGANs from last year.
Recent events in UK politics have left our system of democracy paralysed and unable to reach consensus about anything.
With this in mind, I trained a GAN with the faces of all 650 MPs from the Houses of Parliament and asked it to explore the latent space.
Take a moment to watch as the machine tries to find some common ground between them.
MRI technology reveals the unseeable – a non-invasive method for exploring the very nature of the self.
Advances in technology mean that each year we are able to reveal more and more detail.
This series of works highlight the tentative relationship between the seen and unseen. I have given the data a physical form, the connections of the brain cast as solid coloured wires, quite unlike the squishy jelly of our real cortex.
I have juxtaposed this rigidity with glass and light, at once revealing and distorting the structures within.
inspired by unseeable structures
revealed through science.
This work was developed as part of the CUBRIC New Signals project, from Cardiff University and the National Microstructural Imaging Facility and EPSRC.
CUBRIC supplied me with a 100,000 fibre tractography model of a human subject, these renders were created using a sampling from this data.
This is a map of the left hemisphere of the brain, seen through the lens of a 17th Century Explorer.
I have taken the broad functional areas of the left hemisphere of the brain and drawn them as separate continents, as if driven apart by shifting tectonic plates. These continents contain settlements and features with names inspired by the functions found in each particular brain area.
Covering subjects as diverse as optical illusions, children’s games, cognitive scientists, literary theorists, poets, rappers, facial expressions, philosophers, cocktails, neurological disorders and religions, this map illustrates the inherent difficulty in using our limited human mental faculties to describe the activities of the 86 billion neurons which make up a brain.