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Computing temporal sequences associated with dynamic patterns on the C. elegans connectome
[article]
2020
bioRxiv
pre-print
Understanding how the structural connectivity of a network constrains the dynamics it is able to support is a very active and open area of research. We simulated the plausible dynamics resulting from the known C. elegans connectome using a recent model and theoretical analysis that computes the dynamics of neurobiological networks by focusing on how local interactions among connected neurons give rise to the global dynamics in an emergent way, independent of the biophysical or molecular details
doi:10.1101/2020.05.08.085191
fatcat:lpe7edquq5azvb7bstxj6q7bny