Objective Patients with traumatic brain injury who fail to obey commands after sedation‐washout
pose one of the most significant challenges for neurological prognostication. Reducing …

Directing attention helps to extract relevant information and suppress distracters. Alpha
brain oscillations (8–12 Hz) are crucial for this process, with power decreases facilitating …

α oscillations (8–14 Hz) greatly influence brain activity, yet we generally do not experience
them consciously: the world does not appear to oscillate. Dedicated strategies must exist in …

Transcranial alternating current stimulation (tACS) can influence perception and behavior,
with recent evidence also highlighting its potential impact in clinical settings, but its underlying …

Background Transcranial alternating current stimulation (tACS) is widely used to entrain or
modulate brain oscillations in order to investigate causal relationships between oscillations …

Accurate early prognostication is vital for appropriate long-term care decisions after traumatic
brain injury. While measures of resting-state EEG oscillations and their network properties, …

Ongoing brain oscillations (7–10 Hz) modulate visual perception; in particular, their precise
phase can predict target perception. Here, we employ this phase-dependence of perception …

Language comprehension relies on integrating words into progressively more complex
structures, like phrases and sentences. This hierarchical structure-building is reflected in …

There is increasing evidence that the human brain does not continuously sample the
environment; instead, perception is inherently rhythmic, alternating between phases of high and …

Comprehension of degraded speech requires higher-order expectations informed by prior
knowledge. Accurate top-down expectations of incoming degraded speech cause a …