Sentence examples for brain processes of language from inspiring English sources

To understand the brain processes of language at the mechanistic level of nerve cell circuits, it is essential to ask whether near-simultaneity of early brain processes indexing language implies strict synchrony or might still allow for fine-grained differences between activation times.

We implemented a neuroanatomically grounded neural network model of the left perisylvian language cortex and simulated: (i) brain processes of early language acquisition and (ii) cortical responses to familiar word and senseless pseudoword stimuli.

We implemented a neuroanatomically grounded neural network model of the left-perisylvian language cortex and used it to simulate brain processes of early language learning.

A complete formulation of the computational features of the model, summarizing and integrating the description given in this section, is reported in Appendix A. The neural network model of the left-perisylvian language cortex described in the previous section was used to simulate brain processes of early language acquisition.

Neuroscience studies of the plasticity of the brain processes of cognition and language would naturally target the latter; that is, the neuronal reorganisation processes, or modification of nerve cell circuits underlying specific brain functions.

They are indispensable for clarifying the plastic brain processes of the reorganisation of language in the human brain, especially for separating them from restitution processes.

New research suggests dyslexia may be more than just a reading problem, but also an issue of how the brain processes spoken language.

Now a team of researchers has identified the first gene directly involved in speech, a discovery that may provide insights into how the brain processes language, and how and when language arose.

To get at the question of how the brain processes language, Princeton researchers scanned the brains of volunteers who watched episodes of the BBC television series Sherlock to see what the brain is doing while its owner is taking in new information.

To see whether the brain processes whistled language in a similar fashion, the team repeated the experiment by playing syllables of kuş dili for native whistlers.

The remarkable feat has given researchers fresh insight into how the brain processes language, and raises the tantalising prospect of devices that can return speech to the speechless.