Sentence examples for more neural assemblies from inspiring English sources

The biased-competition framework assumes that when two (or more) neural assemblies compete with each other for representation, attentional biases in the system operate (over time) to make one assembly win the competition and suppress the competitor(s).

This hypothesis is based on the assumption that neural assemblies coding specific stimulus features become sparser and more selective with repeated experience [47] [51].

Our data suggest that, also in humans, transitions to down states are more synchronous than transitions from down- to up states, within neural assemblies: thus the mechanisms underlying slow oscillations might though to be the same among mammals.

Baby brains have many more neural connections than adult brains.

Women's brains seem to have more neural connections between the hemispheres.

In this work, we examine whether and how the inclusion of this property can affect the dynamics of neural assemblies.

Understanding the global behavior of large-scale neural assemblies has been a great endeavor in the past decades.

Hypothesizing that distributed neural assemblies (DNAs) (Kiefer & Pulvermüller, 2012; Pulvermüller, 2013) comprise multiple contextually dependent semantic circuits, such theories account for both sensorimotor and abstract knowledge.

Those who have these mutations have more neural connections--but also more opportunities for 'breakdowns' in the neural pathways.

Object recognition is achieved through neural mechanisms reliant on the activity of distributed coordinated neural assemblies.

Following current views, by "functional connectivity" we understand cooperation between distributed neural assemblies in the brain.