Ole Jensen @olejensen.bsky.social
@OleJensenCHBH
Co-director of Centre for Human Brain Health and professor at School of Psychology, University of Birmingham
ID:181962400
http://www.neuosc.com 23-08-2010 13:46:50
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Going to CNS 2024 Annual Meeting ? Don't miss our invited symposium! cogneurosociety.org/invited-sympos…
Workshop on 'SBA: Synergising the Human Brain and Artificial Neural Networks', 26 April (you can also join online) at the University of Birmingham. Organized/sponsored by Systems Modelling & Quantitative Biomedicine, The Centre for Human Brain Health and the IIDSA.
tickettailor.com/events/sbawork…
Join the ARC-COGITATE Connectivity Data Challenge at biomag2024. Dive into MEG connectivity and consciousness and get the chance to win up to $1000.
Details and sign-up at our website: arc-cogitate.com/biomag-2024
Participate in The Connectivity Data Challenge on MEG analysis at biomag2024. It is a competition organized by the Cogitate Team ARC-COGITATE. For instructions, prizes, etc see arc-cogitate.com/biomag-2024
Join us for an immersive learning experience using the FLUX pipeline for MEG data analysis at The Centre for Human Brain Health, University of Birmingham from June 11th to 14th, 2024. For program details, registration, and to meet our amazing teaching team, please visit neuosc.com/flux-toolkit
It's #BrainAwarenessWeek 🧠
Researchers from Uni of Birmingham will be at The Exchange on Centenary Square and the Midlands Arts Centre (MAC). There'll be various activities for all ages to get those neurons fired up!
📅16 March
More info: bit.ly/UoBBAW2024
#UoBBAW #CHBHEvents
🚨 Research assistant job alert 🚨
tDCS and EEG in prolonged disorders of consciousness.
1-year full-time, salary £32,982, starting ASAP.
You'll spend your time between The Centre for Human Brain Health School of Psychology, University of Birmingham and local neurorehab units.
Full details: tinyurl.com/raindrop-ra2024
Deadline: 11th March 2024
New Preprint!
We’ve built an OPM gradiometer that is capable of intrinsically measuring neuromagnetic gradients, while rejecting common-mode noise.
Thanks to everyone involved! (Quantum Neuroscience Lab, Yulia Bezsudnova, Lari Koponen, Ole Jensen @olejensen.bsky.social)
arxiv.org/abs/2402.10113
Most standard MEG systems have gradiometers rather than magnetometers to suppress distant noise sources. Our team The Centre for Human Brain Health therefore developed an Optically Pumped Magnetic Gradiometer measuring human brain activity while suppressing e.g. lift artefacts
arxiv.org/abs/2402.10113