State of the art MEG-TRIUX-neo for advancing multi-modal neuroimaging techniques in Scotland
Year of award: 2020
Grantholders
Prof Philippe Schyns
University of Glasgow, United Kingdom
Dr Robin Ince
University of Glasgow, United Kingdom
Prof J. Matias Palva
Aalto University, Finland
Prof Satu Palva
University of Glasgow, United Kingdom
Dr Marios Philiastides
University of Glasgow, United Kingdom
Prof Peter Uhlhaas
Charité - Universitätsmedizin Berlin, Germany
Prof Gregor Thut
University of Glasgow, United Kingdom
Project summary
Cognition is the product of our dynamic brains. To understand it, researchers need to measure the dynamic activity of brain regions in different cognitive tasks. Magnetoencephalography (MEG) is an advanced technology using super-conducting quantum interference devices (SQUIDs) that measures tiny magnetic fields, with both excellent temporal accuracy (~1 ms) and good resolution of brain structures (~1-2 cm). CCNi researchers have developed new mathematical tools to analyse dynamic cognition via MEG measurements. We seek to renew our equipment with a state-of-the-art TRIUX-neo from MEGIN Ltd. The TRIUX-neo is an ultra-sensitive system based on new technology that combines MEG recordings with high-density EEG, online head-motion tracking and a helium recycling mechanism. This will enhance measurement capabilities within our existing cutting-edge platform for brain imaging and foster a hub of neuroimaging excellence in Scotland in collaboration with our multiple regional, national and international partners.