The human capacity to master multiple languages is remarkable and leads to structural and
functional changes in the brain. Understanding how the brain accommodates multiple …

The large majority of humankind is more or less fluent in 2 or even more languages. This
raises the fundamental question how the language network in the brain is organized such …

When bilinguals intend to speak in their first (L1) or second language (L2) according to the
environment, a brain network involving cortical-subcortical regions is recruited to resolve …

Abstract Language has the power to shape cognition, behavior, and even the form and
function of the brain. Technological and scientific developments have recently yielded an …

Learning and using an additional language is shown to have an impact on the structure and
function of the brain, including in regions involved in cognitive control and the connections …

Using two languages on an everyday basis appears to have a positive effect on general-
purpose executive control in bilinguals. However, the neural correlates of this effect remain …

Monitoring and controlling 2 language systems is fundamental to language use in bilinguals.
Here, we reveal in a combined functional (event-related functional magnetic resonance …

For bilinguals, language control is needed for selecting the target language during language
production. Numerous studies have examined the neural correlates of language control and …

Abstract Language selection (or control) refers to the cognitive mechanism that controls
which language to use at a given moment and context. It allows bilinguals to selectively …

Dual/multiple language use has been shown to affect cognition and its neural substrate,
although the replicability of such findings varies, partially due to neglecting the role of …