Gabriel Weindel
@gweindel.bsky.social
Psychologist studying human reaction times ( #MentalChronometry) with mathematical models of cognition & electrophysiology ( #EEG, #EMG, #MEG), fanboy of Franciscus Donders.
Postdoc (he/him) @ the Université de Lausanne, Switzerland
Postdoc (he/him) @ the Université de Lausanne, Switzerland
Sure but with EEG we could decipher the origin of that time difference, you know I live for that!
November 27, 2025 at 9:46 AM
Sure but with EEG we could decipher the origin of that time difference, you know I live for that!
Any EEG collection planned to investigate that question 👀??
November 27, 2025 at 7:33 AM
Any EEG collection planned to investigate that question 👀??
I'll keep you posted :)
October 27, 2025 at 2:40 PM
I'll keep you posted :)
Thanks :)
Guess what comes next: I have some nice Flanker EEG decompositions that are perfect candidates for the models in flankr!
Guess what comes next: I have some nice Flanker EEG decompositions that are perfect candidates for the models in flankr!
October 27, 2025 at 11:00 AM
Thanks :)
Guess what comes next: I have some nice Flanker EEG decompositions that are perfect candidates for the models in flankr!
Guess what comes next: I have some nice Flanker EEG decompositions that are perfect candidates for the models in flankr!
Revised-TLDR:
Using the hidden multivariate pattern method we show how we capture 5 (!) recurrent EEG topographies in participants' decisions.
We show how these events parse the single-trial reaction time into:
- sensory processes
- attention orientation
- evidence accumulation
- motor execution
Using the hidden multivariate pattern method we show how we capture 5 (!) recurrent EEG topographies in participants' decisions.
We show how these events parse the single-trial reaction time into:
- sensory processes
- attention orientation
- evidence accumulation
- motor execution
October 27, 2025 at 10:09 AM
Revised-TLDR:
Using the hidden multivariate pattern method we show how we capture 5 (!) recurrent EEG topographies in participants' decisions.
We show how these events parse the single-trial reaction time into:
- sensory processes
- attention orientation
- evidence accumulation
- motor execution
Using the hidden multivariate pattern method we show how we capture 5 (!) recurrent EEG topographies in participants' decisions.
We show how these events parse the single-trial reaction time into:
- sensory processes
- attention orientation
- evidence accumulation
- motor execution
If you're interested I think you can still register up to Monday the 27th on this link: docs.google.com/forms/d/e/1F...
Registration for Online attendance @PracticalMEEG
Please fill in this form to :
1) Attend the lectures of PracticalMEEG 2025 remotely. These include the lectures of
the main program (October 28-31st)
the special AI keynote (October 30, at 5pm)
the ...
docs.google.com
October 24, 2025 at 6:17 AM
If you're interested I think you can still register up to Monday the 27th on this link: docs.google.com/forms/d/e/1F...
The session will be decomposed in a theoretical part and a hands-on session where participants will fit HMP models to simulated and real data and end with step-by-step recipes on how to apply what they learned on experimental data they collected (with some insider knowledge not written up yet)
October 24, 2025 at 6:17 AM
The session will be decomposed in a theoretical part and a hands-on session where participants will fit HMP models to simulated and real data and end with step-by-step recipes on how to apply what they learned on experimental data they collected (with some insider knowledge not written up yet)
Feedback very welcome, especially for how to actually use this on windows... (My last experience was windows vista)
October 20, 2025 at 9:14 AM
Feedback very welcome, especially for how to actually use this on windows... (My last experience was windows vista)