Neurophysiological studies in humans employing magneto-(MEG) and electro-(EEG)
encephalography increasingly suggest that oscillatory rhythmic activity of the brain may be a …

Neural oscillations in the alpha band (8–12 Hz) have been proposed as a key mechanism
for the temporal resolution of visual perception. Higher alpha frequencies have been related …

Although we have the impression that visual information flows continuously from our sensory
channels, recent studies indicate that this is likely not the case. Rather, we sample visual …

Temporal integration in visual perception is thought to occur within cycles of occipital alpha-
band (8–12 Hz) oscillations. Successive stimuli may be integrated when they fall within the …

We tested a novel combination of two neuro-stimulation techniques, transcranial alternating
current stimulation (tACS) and frequency tagging, that promises powerful paradigms to study …

Recent psychophysical studies have demonstrated that periodic attention in the 4–8 Hz
range facilitates performance on visual detection. The present study examined the …

In recent years, it has become increasingly clear that both the power and phase of oscillatory
brain activity can influence the processing and perception of sensory stimuli. Transcranial …

Human brain activity is rich in rhythms of various characteristic frequencies. The last few
decades have seen an increase in their use as an explanatory means, with a vast literature …

Why does neuronal activity in sensory brain areas sometimes give rise to perception, and
sometimes not? Although neuronal noise is often invoked as the key factor, a portion of this …

An event in one sensory modality can phase reset brain oscillations concerning another
modality [1–5]. In principle, this may result in stimulus-locked periodicity in behavioral …