neuroanatomy

I feel like generalists intuitively experience this exact thing so much throughout their lives because they must have this neuroanatomy you describe.

Based on the neuroanatomy, these basal responses are likely to arise from posterior and subcortical structures.

The brain may be immensely complex, but neuroanatomy at the macroscopic scale isn't and has fewer inter-connected components than a large software project.

This course offers a thorough examination about diagnostic criteria, symptoms, neuroanatomy and treatment.

While studying a neuroscience-adjacent MSc at UCL in London during the mid-2010s, senior academics would regularly recommend Wikipedia as an excellent primer for neuroanatomy.

Comparative neuroanatomy in vertebrates is, like, super interesting (to me at least).

I don't think our culture (or even our neuroanatomy) is ready for the answers.

I don't care he doesn't model ion channels or fine grained neuroanatomy, he is inspired by the coarse grained computational tricks employed in biology.

Especially fascinating in this connection are parrots, crows and other corvids, which are obviously quite intelligent, but have a completely different neuroanatomy of the higher centers from mammals.

If the results show less potent traces, then we can use brain imaging to examine how early differences in the neuroanatomy lead to different processing streams.

If you're already into neuroanatomy and neurophysiology, I recommend looking one step up the emergence chain into Ethology too (biology's answer to psychology, across all living organisms).

I don't disagree with your point about neuroanatomy.

Heh, for a couple last days, I've been doing this exact kind of "neuroanatomy" on Qwen2.5/Qwen3 too.

This is stated in the original post as well, under "The Beginning of LLM Neuroanatomy?" section: > From end-position 43 to 46, we then see solid boosts in math scores (red = good, yay).