The human sensory systems constantly receive input from different stimuli. Whether these
stimuli are integrated into a coherent percept or segregated and perceived as separate …

Perception of physical identical stimuli can differ over time depending on the brain state.
One marker of this brain state can be neuronal oscillations in the alpha band (8–12 Hz). A …

Temporal encoding is a key feature in multisensory processing that leads to the integration
versus segregation of perceived events over time. Whether or not two events presented at …

Somatosensory temporal discrimination threshold (STDT) is defined as the shortest time
interval necessary for a pair of tactile stimuli to be perceived as separate. Although STDT is …

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 …

Previous studies have shown that neural oscillations in the 8-to 12-Hz range influence
sensory perception. In the current study, we examined whether both the power and phase of …

There have been numerous studies conducted on time perception. However, very few of
these have involved tactile stimuli to assess a subject's capacity for duration discrimination …

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 …

Sensory perception, including 2-point discrimination (2ptD), is tightly linked to cortical
processing of tactile stimuli in primary somatosensory cortices. While the role of cortical …

The brain can precisely encode the temporal relationship between tactile inputs. While
behavioural studies have demonstrated precise interfinger temporal judgments, the …