Neural oscillations subserve a broad range of functions in speech processing and language
comprehension. On the one hand, speech contains—somewhat—repetitive trains of air …

Over the past 20 years, brain oscillations have proven to be a gateway to the understanding
of cognitive processes. It has been shown that different neurocognitive aspects of language …

A landmark account of the neurobiological basis of language—arguing that species-specific
brain differences may be at the root of the human capacity for language. Language makes …

The premise of this study is that current models of speech perception, which are driven by
acoustic features alone, are incomplete, and that the role of decoding time during memory …

In the single-store model of memory, the enhanced recall for the last items in a free-recall
task (ie, the recency effect) is understood to reflect a general property of memory rather than …

High temporal resolution event-related brain potential and electroencephalographic
coherence studies of the neural substrate of short-term storage in working memory indicate …

Abstract Language comprehension involves two basic operations: the retrieval of lexical
information (such as phonologic, syntactic, and semantic information) from long-term …

The event-related potential (ERP) approach has provided a wealth of fine-grained
information about the time course and the neural basis of cognitive processing events …

Spoken sentence comprehension relies on rapid and effortless temporal integration of
speech units displayed at different rates. Temporal integration refers to how chunks of …

Gamma-band neuronal synchronization during sentence-level language comprehension
has previously been linked with semantic unification. Here, we attempt to further narrow …