id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-034833-ynti5g8j	Nosonovsky, Michael	Scaling in Colloidal and Biological Networks	2020-06-04		.txt	text/plain	25228	1269	47	Scaling relationships in complex networks of neurons, which are organized in the neocortex in a hierarchical manner, suggest that the characteristic time constant is independent of brain size when interspecies comparison is conducted. In this section, we will review certain aspects of the current knowledge about the cortical networks in human and animal brains related to their scaling and self-organizing properties. Several neuroscientists suggested in the 2000s that the human brain network is both scale-free and small-world, although the arguments and evidence for these hypotheses are indirect [42, 53] , including power-law distributions of anatomical connectivity as well as the statistical properties of state transitions in the brain [54] . The brain networks possess many characteristics typical to other networks, including the one-over-frequency and power-law activities, avalanches, small-world, scale-free, and fractal topography.	./cache/cord-034833-ynti5g8j.txt	./txt/cord-034833-ynti5g8j.txt