Aging is associated with cognitive changes, with strong variations across individuals. One
way to characterize this individual variability is to use techniques such as …

We propose that the preservation of functional integration, estimated from measures of
neural synchrony, is a key objective of neurocompensatory mechanisms associated with …

Aging is associated with altered brain connectivity within the default mode network (DMN).
Although research using functional magnetic resonance imaging has quantified age-related …

In the era of functional brain networks, our understanding of how they evolve across life in a
healthy population remains limited. Here, we investigate functional connectivity across the …

Oscillatory power and phase synchronization map neuronal dynamics and are commonly
studied to differentiate the healthy and diseased brain. Yet, little is known about the course …

The dynamics of the human brain network has attracted broad attention, in recognition of the
concept that functional connectivity is not static, but changes its pattern over time, even in the …

Network connectivity is an integral feature of human brain function, and characterising its
maturational trajectory is a critical step towards understanding healthy and atypical …

It is important to maintain cognitive function in old age, yet the neural substrates that support
successful cognitive ageing remain unclear. One factor that might be crucial, but has been …

Healthy ageing is accompanied by changes to spontaneous electromagnetic oscillations. At
the macroscopic scale, previous studies have quantified the basic features, eg, power and …

Background Resting-state recordings are characterized by widely distributed networks of
coherent brain activations. Disturbances of the default network-a set of regions that are …