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 …

Near-threshold tactile stimuli perception and somatosensory temporal discrimination
threshold (STDT) are encoded in the primary somatosensory cortex (S1) and largely depend …

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 …

Introduction Spontaneous oscillations in the somatosensory cortex, especially of the alpha
(8− 14 Hz) and gamma (60− 80 Hz) frequencies, affect tactile perception; moreover, these …

The (8–12 Hz) neocortical alpha rhythm is associated with shifts in attention across sensory
systems, and is thought to represent a sensory gating mechanism for the inhibitory control of …

Changes in α-band cortical oscillatory activity (8–13 Hz) affect perception; however, how
these changes in the left posterior parietal cortex (PPC) and primary somatosensory cortex …

Oscillatory neuronal activities are commonly observed in response to sensory stimulation.
However, their functional roles are still the subject of debate. One-way to probe the roles of …

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 …

The temporal order judgment (TOJ) task has been widely used to investigate spatial
attentional bias and the sensitivity of temporal discrimination during the processing of …

Neuronal oscillations are a ubiquitous phenomenon in the human nervous system. Alpha-
band oscillations (8–12 Hz) have been shown to correlate negatively with attention and …