Temporal windows in perception refer to windows of time within which distinct stimuli interact
to influence perception. A simple example is two temporally proximal stimuli fusing into a …

An intriguing question in cognitive neuroscience is whether alpha oscillations shape how
the brain transforms the continuous sensory inputs into distinct percepts. According to the …

The human brain exhibits both oscillatory and aperiodic, or 1/f, activity. Although a large
body of research has focused on the relationship between brain rhythms and sensory …

The brain organizes the continuous flow of sensory input by parsing it into discrete events. In
the case of two flashes separated by a brief ISI, for example, perception may be of a single …

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

One of the main tasks of the human visual system is to organize the temporal flow of visual
events into meaningful patterns. It has been suggested that segregation/integration of …

Task-free brain activity affords unique insight into the functional structure of brain network
dynamics and has been used to identify neural markers of individual differences. In this …

For decades, the intriguing connection between the human alpha rhythm (an 8-to 13-Hz
oscillation maximal over posterior cortex) and temporal processes in perception has …

Perception is suggested to occur in discrete temporal windows, clocked by cycles of neural
oscillations. An important testable prediction of this theory is that individuals' peak …

Although visual input arrives continuously, sensory information is segmented into (quasi-)
discrete events. Here, we investigated the neural correlates of spatiotemporal binding in …