Alina Studenova
@studenova.bsky.social
PhD candidate, MPI CBS, MPSCog,
brain oscillations, cortical microstructure
https://alinastudenova.com/
brain oscillations, cortical microstructure
https://alinastudenova.com/
When you say "no separation", do you mean that components all look the same?
I prefer topoplots to reconstruction, and I think from fig 3C components 3 and 4 may look similar but 3 is more lateralized. So I would say they are different.
I prefer topoplots to reconstruction, and I think from fig 3C components 3 and 4 may look similar but 3 is more lateralized. So I would say they are different.
January 26, 2026 at 1:54 PM
When you say "no separation", do you mean that components all look the same?
I prefer topoplots to reconstruction, and I think from fig 3C components 3 and 4 may look similar but 3 is more lateralized. So I would say they are different.
I prefer topoplots to reconstruction, and I think from fig 3C components 3 and 4 may look similar but 3 is more lateralized. So I would say they are different.
I did ICA on LEMON, and I can confirm that for many participants I saw components like those in the preprint. Perhaps it's a patch-like source, not a point-like one.
January 26, 2026 at 1:34 PM
I did ICA on LEMON, and I can confirm that for many participants I saw components like those in the preprint. Perhaps it's a patch-like source, not a point-like one.
Yeah, I presume after cessation of the inhibitory pulse there is some kind of rebound.
The question is rather why an increase in inhibition decreases alpha amplitude. It's somewhat logical, but it doesn't fit the theory that larger alpha amplitude = more inhibition🤔.
The question is rather why an increase in inhibition decreases alpha amplitude. It's somewhat logical, but it doesn't fit the theory that larger alpha amplitude = more inhibition🤔.
January 25, 2026 at 1:28 PM
Yeah, I presume after cessation of the inhibitory pulse there is some kind of rebound.
The question is rather why an increase in inhibition decreases alpha amplitude. It's somewhat logical, but it doesn't fit the theory that larger alpha amplitude = more inhibition🤔.
The question is rather why an increase in inhibition decreases alpha amplitude. It's somewhat logical, but it doesn't fit the theory that larger alpha amplitude = more inhibition🤔.
January 16, 2026 at 3:01 PM
Dynamics that in chaos dwell
Or in the ordered carousel
Is worse than critical, they claim,
If one's survival is the aim.
But then some studies had emerged,
From which results did not converge.
They then came up with other course,
It's quasi critical, of course.
Or in the ordered carousel
Is worse than critical, they claim,
If one's survival is the aim.
But then some studies had emerged,
From which results did not converge.
They then came up with other course,
It's quasi critical, of course.
January 16, 2026 at 3:00 PM
Dynamics that in chaos dwell
Or in the ordered carousel
Is worse than critical, they claim,
If one's survival is the aim.
But then some studies had emerged,
From which results did not converge.
They then came up with other course,
It's quasi critical, of course.
Or in the ordered carousel
Is worse than critical, they claim,
If one's survival is the aim.
But then some studies had emerged,
From which results did not converge.
They then came up with other course,
It's quasi critical, of course.
Thank you! Still, it's all somewhat confusing. I can agree with "slightly sub-critical" narrative, but I wish it could be defined in more precise way.
January 11, 2026 at 5:41 PM
Thank you! Still, it's all somewhat confusing. I can agree with "slightly sub-critical" narrative, but I wish it could be defined in more precise way.