#EEGManyLabs founder
Interested in brain oscillations, EEG, individual differences, working memory, cognitive abilities, open science, effort, motivation
https://scholar.google.com/citations?user=nSM_MxUAAAAJ&hl=en
3+2 year 100% TVL-13 position in '26 - open topic on the intersection of combined EEG-EyeTracking, Statistical Methods, Cognitive Modelling, VR/Mobile EEG, Vision ...
Apply via Max-Planck IMPRS-IS program until 2025-11-16 imprs.is.mpg.de
Read: www.s-ccs.de/philosophy
3+2 year 100% TVL-13 position in '26 - open topic on the intersection of combined EEG-EyeTracking, Statistical Methods, Cognitive Modelling, VR/Mobile EEG, Vision ...
Apply via Max-Planck IMPRS-IS program until 2025-11-16 imprs.is.mpg.de
Read: www.s-ccs.de/philosophy
👉 www.biorxiv.org/cgi/content/...
RIFT uses high-frequency flicker to probe attention in M/EEG with minimal stimulus visibility and little distraction. Until now, it required a costly high-speed projector.
👉 www.biorxiv.org/cgi/content/...
RIFT uses high-frequency flicker to probe attention in M/EEG with minimal stimulus visibility and little distraction. Until now, it required a costly high-speed projector.
M/EEG and brain stimulation methods to study timing/ prediction/ attention/ oscillations
tinyurl.com/5dku4du9
@timingresforum.bsky.social @gtc-tuebingen.bsky.social
please repost 🙏
M/EEG and brain stimulation methods to study timing/ prediction/ attention/ oscillations
tinyurl.com/5dku4du9
@timingresforum.bsky.social @gtc-tuebingen.bsky.social
please repost 🙏
Excited to share our latest work on alpha/beta activity, eye movements, and memory.
Across 4 experiments combining scalp EEG/iEEG with eye tracking, we show that alpha/beta activity directly reflects eye movements, and only indirectly relates to memory.
👇 Highlights (1/7):
Excited to share our latest work on alpha/beta activity, eye movements, and memory.
Across 4 experiments combining scalp EEG/iEEG with eye tracking, we show that alpha/beta activity directly reflects eye movements, and only indirectly relates to memory.
👇 Highlights (1/7):
Stay tuned for Stage 2! 🧠
Stay tuned for Stage 2! 🧠
If orgs spent 4000 in personnel time preparing their proposals on average, then this mechanism actually reduced funding for open science.
Open science is extremely underfunded.
If orgs spent 4000 in personnel time preparing their proposals on average, then this mechanism actually reduced funding for open science.
Open science is extremely underfunded.
Little did I know how long it would take to finish 😭...but here we are. I'm super proud of this paper and grateful to the other 68 (!) authors. ❤️
royalsocietypublishing.org/doi/10.1098/...
Little did I know how long it would take to finish 😭...but here we are. I'm super proud of this paper and grateful to the other 68 (!) authors. ❤️
royalsocietypublishing.org/doi/10.1098/...
By @ldattaro.bsky.social
www.thetransmitter.org/null-and-not...
By @ldattaro.bsky.social
www.thetransmitter.org/null-and-not...
When I say there is no capacity to absorb the shock, I mean it.
As well as ambitious proposals for R&I in the next EU budget.
We will also offer the best and brightest the right incentives to come to Europe ↓
When I say there is no capacity to absorb the shock, I mean it.
📄 Full paper: doi.org/10.1016/j.co...
📄 Full paper: doi.org/10.1016/j.co...
Check the preprint: Revisiting Defensive Motivation and the Error-Related Negativity: A Multi-Site Replication Study
osf.io/preprints/ps...
Check the preprint: Revisiting Defensive Motivation and the Error-Related Negativity: A Multi-Site Replication Study
osf.io/preprints/ps...
Researchers have nested data.
Run rmANOVA.
Don't get significant results.
"Hey, how about multilevel models?"
Run MLM with only random intercept.
Everything is significant.
"I guess MLMs have more power!"
Publish.
#stats
Researchers have nested data.
Run rmANOVA.
Don't get significant results.
"Hey, how about multilevel models?"
Run MLM with only random intercept.
Everything is significant.
"I guess MLMs have more power!"
Publish.
#stats
l=@linspace;
r(2:10)=1.5;
r(11:n)=l(8,0,91);
[X,Y,Z]=cylinder(r);
surf(X,Y,h*Z)
m=[l(.043,.25,n);l(.30,.70,n);l(.062,.33,n)]';
for i=1:9,m(i,:)=[.29 .24 .02];end
colormap(m)
s=@()h*rand(800,1);
hold on
plot3(s()-h/2,s()-h/2,s(),'w*')
view([-37.5,4])
lighting phong
shading interp
axis off
l=@linspace;
r(2:10)=1.5;
r(11:n)=l(8,0,91);
[X,Y,Z]=cylinder(r);
surf(X,Y,h*Z)
m=[l(.043,.25,n);l(.30,.70,n);l(.062,.33,n)]';
for i=1:9,m(i,:)=[.29 .24 .02];end
colormap(m)
s=@()h*rand(800,1);
hold on
plot3(s()-h/2,s()-h/2,s(),'w*')
view([-37.5,4])
lighting phong
shading interp
axis off