Oscillations are a pervasive feature of neuronal activity in the cerebral cortex. Here, we
propose a framework for understanding local cortical oscillation patterns in cognition: two …

fMRI and EEG are complimentary methods for the analysis of brain activity since each
method has its strength where the other one has limits: The spatial resolution is thus in the …

This review summarizes experimental studies that investigated the relationship between DC-
recorded slow event-related potentials (slow waves) of the electroencephalogram (EEG) …

Ongoing fluctuations of intrinsic cortical networks determine the dynamic state of the brain,
and influence the perception of forthcoming sensory inputs. The functional state of these …

In the cognitive neuroscience community, there is a strong and growing interest in the
function of oscillatory brain activity. Brain oscillations can readily be detected with MEG …

Fractal processes, like trees or coastlines, are defined by self‐similarity or power law scaling
controlled by a single exponent, simply related to the fractal dimension or Hurst exponent …

This review describes a wide range of functional correlates of gamma oscillations in whole-
brain work, in neuroethology, sensory–cognitive dynamics, emotion, and cognitive …

The neurophysiological underpinnings of functional magnetic resonance imaging (fMRI) are
not well understood. To understand the relationship between the fMRI blood oxygen level …

The good coverage and high resolution afforded by functional magnetic resonance imaging
(fMRI) make it an excellent tool for the noninvasive imaging of the human brain. Equally …

There is increasing interest in the role gamma oscillations (∼ 40 Hz) play in visual
information processing. Despite this interest, and in contrast to the classically studied visual …