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Complex systems, when poised at the transition between order and disorder, exhibit scale-free, power law dynamics. These critical systems are highly adaptive and flexibly process and store information, which for decades prompted the conjecture that the brain might operate at criticality. Our discovery of neuronal avalanches in superficial layers of cortex in 2001 provided solid experimental evidence that indeed the brain might be critical. The spatio-temporal, synchronized activity patterns of avalanches form a scale-free organization that spontaneously emerges in vitro in slice cultures and acute slices and in vivo in the anesthetized rat. We recently demonstrated that ongoing activity in awake monkeys is composed of neuronal avalanches. This introduces criticality as a precise, quantitative framework of the awake state that allows cortex to expand during development and evolution without fundamental changes in its architecture.
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Cesar I. N. Sampaio Filho,Lucilla de Arcangelis, Hans J. Herrmann,Dietmar Plenz, Patrick Kells,Tiago Lins Ribeiro,José S. Andrade Jr.
Scientific Reportsno. 1 (2024): 1-8
Tiago L. Ribeiro, Peter Jendrichovsky,Shan Yu,Daniel A. Martin,Patrick O. Kanold,Dante R. Chialvo,Dietmar Plenz
Cell Reportsno. 2 (2024): 113762-113762
bioRxiv : the preprint server for biology (2024)
Elliott Capek,Tiago L. Ribeiro, Patrick Kells,Keshav Srinivasan,Stephanie R. Miller, Elias Geist,Mitchell Victor,Ali Vakili,Sinisa Pajevic,Dante R. Chialvo,Dietmar Plenz
biorxiv(2023)
Cell reportsno. 10 (2023): 113162-113162
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