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Robin's workstation in the batcave..setting up for Ars Electronica Brain interface hackathon

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Robin's workstation and control units used in brain interface hackathon

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Vital electronics components for our brain sensore to light interface

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Testing ways of translating EEG sensor data into light

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Charlie designing and 3D printing holders for EEG sensors

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web design EEG sensor holder

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Robin's faithful 3D printer pet

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the best wire strippers ever imagined

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EEG sensor ready to capture thoughts

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Robin modeling our brain sensor cap

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Web sensor cap in construction

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Electronics maestro at work

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EEG feed interface

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Some illuminating thoughts

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Testing the interface

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Epiphanies late at night

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Charlie wearing Robin's thoughts during final online presentation

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Applause and 3rd prize for The Photonic Excitor team

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The Photonic Excitor team celebrate award winning work

Murphy + Bussell’s  new Brainscan Headdress  is seen here in development during Ars Electronica’s online Brain interface Hackathon (2020). Over an intensive 24hrs we designed, tested, 3d printed and roughly assembled a new responsive headress which visualises EEG data through different coloured lights. This new design translates individual (alpha, gamma , beta) brain activity data feeds taken from EEG sensors applied to the scalp . The live data is simplified and transformed into specific allocated colours and light intensities. We intimately connected the person’s who’s brain is being monitored with their observer – in this instance, enabling Charlie to wear Robin’s thoughts.

At the close of the hackathon we presented the development and outcomes of our work..and won 3rd prize (though this may have been a prize for Robin’s beard) ..

Here is a short clip of students from Kingston School of Art testing out the first headdress prototype: