Looking at brains with the eyes of a protistologist.
(I also like axon initial segments)
Forthcoming book: The Brain, in Theory.
http://romainbrette.fr/
The wooden airplane model has more 'details' but only the paper model can fly
The wooden airplane model has more 'details' but only the paper model can fly
romainbrette.fr/notes-on-con...
romainbrette.fr/notes-on-con...
www.colincornaby.me/2025/08/in-t...
The knock-on effects would alleviate most of the strain on #AcademicSky.
This isn't hard. It's big, but actually, it's pretty easy.
1/n
To predict the behaviour of a primate, would you rather base your guess on a closely related species or one with a similar brain shape? We looked at brains & behaviours of 70 species, you’ll be surprised!
🧵Thread on our new preprint with @r3rt0.bsky.social , doi.org/10.1101/2025...
go.nature.com/450KElr
(The Brain, in Theory, chapter 1)
(The Brain, in Theory, chapter 1)
(The Brain, in Theory, chapter 8)
(The Brain, in Theory, chapter 8)
Theory of development very much needed too! One question I find particularly interesting: how does a complex "instinct" develop, say the spider's web making?
Theoretical work in prenatal neurodevelopment (cell fatemapping, neurulation, mechanical morphogenesis, axon pathfinding, development of basal ganglia, hippocampus, cerebellum, thalamus, order of development, protomap theory, more)
And theories for glia!
#neuroskyence
thetransmitter.typeform.com/priorities?u...
Theory of development very much needed too! One question I find particularly interesting: how does a complex "instinct" develop, say the spider's web making?
(Chapter 6 of my book, "The Brain, in Theory")
(Chapter 6 of my book, "The Brain, in Theory")
We use a simple convolutional network to estimate the 3D position of a protist (Paramecium) from a single conventional microscopy image.
We use a simple convolutional network to estimate the 3D position of a protist (Paramecium) from a single conventional microscopy image.
data-for-good-team.org
data-for-good-team.org
Now that biology is finally catching up with Varela (eg agency is commonplace and teleology not scary) the book is probably more timely than ever. Here's my physical version!
The commentary by Di Paolo and E. Thompson very helpful.
Now that biology is finally catching up with Varela (eg agency is commonplace and teleology not scary) the book is probably more timely than ever. Here's my physical version!
The commentary by Di Paolo and E. Thompson very helpful.