Towards the neural code endowed in cortical microcolumns

TL;DR

This paper demonstrates through simulations how neural lattice structures can reversibly generate multiple isomers with reduced symmetry by twisting hexagons, revealing insights into neural code organization.

Contribution

It introduces a novel simulation approach showing how cortical microcolumns can produce diverse neural configurations via structural twisting.

Findings

Reversible generation of neural isomers with lower symmetry

Simulation of lattice-based neural structures

Potential implications for neural coding mechanisms

Abstract

This article reports on simulations that show how, starting with a form of neural lattice structure, it is possible to reversibly generate many alternative isomers with a lower structural symmetry, which results from twisting two hexagons around a central bond.