Highlights•Perceptual Learning research has identified numerous processes that change
with learning.•Identified mechanisms of Perceptual Learning are not mutually …

Making rapid decisions on the basis of sensory information is essential to everyday
behaviors. Why, then, are perceptual decisions so variable despite unchanging inputs …

The brain exhibits organized fluctuations of neural activity, even in the absence of tasks or
sensory input. A prominent type of such spontaneous activity is the alpha rhythm, which …

The ability to process and respond to external input is critical for adaptive behavior. Why,
then, do neural and behavioral responses vary across repeated presentations of the same …

Walking influences visual processing but the underlying mechanism remains poorly
understood. In this study, we investigated the influence of walking on pre-stimulus and …

Understanding visual perceptual learning (VPL) has become increasingly more challenging
as new phenomena are discovered with novel stimuli and training paradigms. Although …

Perceiving an external stimulus depends not only on the physical features of the stimulus,
but also fundamentally on the current state of neuronal excitability, indexed by the power of …

Pre‐stimulus electroencephalogram (EEG) oscillations, especially in the alpha range (8–13
Hz), can affect the sensitivity to temporal lags between modalities in multisensory …

Background Imagine if our brains could unconsciously predict future events. This study
explores this concept, presenting evidence for an inherent'foreseeing'ability, termed …

Background Transcranial alternating current stimulation (tACS) has been widely used to
alter ongoing brain rhythms in a frequency-specific manner to modulate relevant cognitive …