Learn more about the brain through its diseases while helping to correct their neural dynamics! @IMNresearch postdoc on brain diseases/imaging/models/theory
Bordeaux, France
Joined June 2015
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Pascal Helson retweeted
Applications for 𝐂𝐀𝐌𝐏 𝟐𝟎𝟐𝟔 are now open! Apply at camp.iiserpune.ac.in. Application Deadline: 30th April, 2026 #CAMP2026 #NeuroscienceMeetings .
ALT Poster design by Prof. Sudhakar Nadkarni
Great collaboration with Arvind Kumar @arvin_neuro and grateful to everyone who contributed to the discussions behind this work!
🚀 New paper!
nature.com/articles/s41746-0…
Brain biomarker discovery must move beyond cohort comparisons toward multimodal & longitudinal brain data, defining multidimensional biomarkers better suited to brain systems' complexity & degeneracy.
#Biomarkers #DigitalHealth #BrainHealth
Registration is now open for BrainNet 2026! 🧠 brainnet26.github.io/
Connect with the forefront of brain network data analysts, from theory to concrete application, at #BrainNet.
Please help us spread the word by sharing 📢
First mean-field theory for networks with spike-timing dependent plasticity. We've cracked the analytical challenge of STDP at the population level. Our new method opens the door to studying a broad class of plastic networks theoretically! arxiv.org/abs/2510.02545
Pascal Helson retweeted
Why our our current approach to find biomarkers of brain diseases is inherently flawed and most of the brain readout databases are not useful
arxiv.org/abs/2509.10547 @PascalHelson
Pascal Helson retweeted
I am pleased to share that I am starting a new position as Associate Senior Lecturer at the Dept. of Computer and Systems Sciences, @Stockholm_Uni. My research will focus on AI methods for time series data, with an emphasis on neural data and healthcare applications.
Pascal Helson retweeted
Non-equilibrium dynamics in Parkinson's disease medrxiv.org/content/10.1101/…
@SWEBAGS_1 @ibagsglobal #Parkinsonsdisease @dig_futures #Parkinsonsdisease #parkinsonfonden
Thanks
@NatMEG_KI
@PerSvenningsson
@mc_vinding @PascalHelson @jowldthlr @ghonada
for great collaboration
Pascal Helson retweeted
BrainNet 2025 will have:
🧠 Invited talks by leading scientists
🔬 Contributed talks for on-site participants
☕ Social activities for networking & discussions
And there is no fee to attend!
Help us spread the word by sharing with your network.
#Neuroscience #AI #OpenScience
Pascal Helson retweeted
🚀 Registration is now open for BrainNet 2025!
Join us in Stockholm (or online) on May 5–8 to explore cutting-edge Brain Data Analysis, Bio-inspired Algorithms and Computational Neuroscience.
📅 Register by April 6, 2025 (Free event!)
brainnet2025.carrd.co
Pascal Helson retweeted
Registration is now open for BrainNet+ 2024!
🧠 brainnet2024.carrd.co/
Connect with the forefront of brain data analysis at #BrainNet. Learn from leading researchers about the latest techniques for interpreting MRI and E/MEG data.
Please help us spread the word by sharing 📢
Pascal Helson retweeted
New research from @arvin_neuro & colleagues explores brain-wide disease-related changes in neuronal function, by analysing resting state magnetoencephalogram (MEG) in 17 #Parkinsons patients & 20 controls; Result: aperiodic activity gives new insights
nature.com/articles/s41531-0…
Pascal Helson retweeted
dopaminergic neurons have huge overlapping axonal arbors.But it doesnt mean that #Dopamine signal is scalar. It 's still possible to extract vector-valued feedback signal from dopamine
pnas.org/doi/10.1073/pnas.22… @KTHuniversity
congratulations @emil_warnberg
Behind our recently published paper!
neurosciencecommunity.nature… #NeuroscienceCommunity
Pascal Helson retweeted
Registration for Interpretable Brain Data Workshop 2023 is now open!
ibd2023.carrd.co/
In @IBD_workshop, leading researchers will present state-of-the-art techniques for analyzing and interpreting MRI and E/MEG data, both from theoretical and experimental perspectives.
Pascal Helson retweeted
@PascalHelson @PerSvenningsson @mc_vinding etal show that PD entails major changes in aperiodic activity- indicator of exc-inh balance- in neocortex. Sensory areas are more affected than frontal regions nature.com/articles/s41531-0…
Thanks funders @dig_futures @NatMEG_KI
@SWEBAGS_1
