Process 1
A computational step in cellular learning for Eric Kandel.
Function pages turn anatomy into computations — what Eric Kandel actually does.
Processes and networks below summarise mainstream models, not a single dogma.
A computational step in cellular learning for Eric Kandel.
A computational step in cellular learning for Eric Kandel.
A computational step in cellular learning for Eric Kandel.
A computational step in cellular learning for Eric Kandel.
A computational step in cellular learning for Eric Kandel.
A computational step in cellular learning for Eric Kandel.
Relative emphasis of network 1 in cellular learning (editorial scale).
Relative emphasis of network 2 in cellular learning (editorial scale).
Relative emphasis of network 3 in cellular learning (editorial scale).
Relative emphasis of network 4 in cellular learning (editorial scale).
Relative emphasis of network 5 in cellular learning (editorial scale).
Everyday or lab example of cellular learning in action.
Everyday or lab example of cellular learning in action.
Everyday or lab example of cellular learning in action.
Everyday or lab example of cellular learning in action.
Compare network percentages with clinical load on the profile radar.
The neuron doctrine — drawing the brain cell by cell.
Research 58 🗣️Speech production and the birth of modern localization.
Research 69 👂Comprehension aphasia and the language network idea.
Research 58 🗺️Cortical maps from the operating room — the sensory homunculus.
Research 85 👁️How visual cortex builds edges, columns and critical periods.
Research 58 ❤️Feeling, self and somatic markers in decision circuits.
Research 78 🎨Vision, art and how cortex separates colour, form and motion.
Research 74