AKUSMATA PROUDLY PRESENTS:
EEGsynth & Body Music demonstration
by Oneplusoneisthree (1+1=3) and guests
Sat 28.9.2019 at 20:00 – 21:00
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1+1=3 is an artistic platform / community / ecosystem for research and performance. The collective includes musicians, neuroscientists and visual artists. We stage performances where we use real time EEG signals. We use the signals to control sounds, lights and images. Since 2014 we have performed in Sweden, Finland, Greece, France, Brazil, the UK and the US. To find out more, you find the 1+1=3 / EEGsynth CV here.
What is the EEGsynth?
The EEGsynth is both a device and a collaborative interdisciplinary research project. As a device, it interfaces with the brain and body for artistic and scientific exploration, research and expression, allowing anyone to use their own brain and body activity to flexibly and powerfully control performative equipment in real-time. In short, it transforms electrophysiological signals (EEG, EMG and ECG) into analogue and digital control signals by means of sophisticated neuroscience signal analysis and custom-made hardware. As a project, it brings together musicians, artists, neuroscientists and developers to work together on technology for specific artistic performances.
Why the EEGsynth?
Progress in understanding the human brain is increasingly determining how we perceive ourselves and others. At the same time, new technologies are expanding the possible interactions between technology and the human brain. Brain-computer interfaces have recently become affordable for a wider public, allowing new artistic research into the human condition and new ways of artistic expression. However, to be able to exploit their full potential and to ensure the development of a lasting involvement of the art world in this contemporary dialogue, artists and neuroscientists have to co-create.
The current core group of the project is: Jean-Louis Huhta, Per Huttner, Robert Oostenveld, Samon Takahashi and Stephen Whitmarsh. Collaborative Partners include Selen Atasaoy, Carima Neusser, Marcos Lutyens and Hernan Anllo.
Tukholmankatu 7 K, 00270 Helsinki