Colin Hales
@colinhales.bsky.social
Neuroscientist/Engineer. Researcher at the University of Melbourne. Mission: the creation of inorganic brain technology for machines that learn and handle novelty in the manner of natural intelligence. Main expertise: Brain electromagnetism.
... And here's the computed LFP waveform of a 2D slice through the 3D electric field produced by the axon hillock action pot'l of a pyramidal cell. It's kind of a lighthouse beam in 3D.
It's rotating dipoles all the way down to single cells.
50000 of these in a mm^3, recurrent, & voila! Waves.
It's rotating dipoles all the way down to single cells.
50000 of these in a mm^3, recurrent, & voila! Waves.
October 21, 2025 at 12:35 AM
... And here's the computed LFP waveform of a 2D slice through the 3D electric field produced by the axon hillock action pot'l of a pyramidal cell. It's kind of a lighthouse beam in 3D.
It's rotating dipoles all the way down to single cells.
50000 of these in a mm^3, recurrent, & voila! Waves.
It's rotating dipoles all the way down to single cells.
50000 of these in a mm^3, recurrent, & voila! Waves.