A recent study from MIT has uncovered that the human brain's principal language processing centers are most activated while reading complex, unusual sentences. The artificial language network assisted study revealed that the more intricate a sentence was, either through unconventional grammar or unexpected meaning, the more these language processing centers were activated. In contrast, simple…
MIT researchers have used an artificial language network to decipher which types of sentences activate the brain's language processing centers most effectively. Their study reveals that sentences of higher complexity with unusual grammar or unexpected meanings engage these centers to a greater degree than straightforward sentences or nonsensical series of words. Their findings are based…
In the midst of increasing patient demand and workforce shortages in health systems, standardized protocols and procedures have never been more vital, particularly for patients with brain injuries. However, some protocols are more effective than others, resulting in inconsistent care for certain conditions.
One such condition is intracranial hemorrhage (ICH), a brain injury associated with high…
Researchers from the University of Geneva are bridging a gap in the capabilities of artificial intelligence (AI), enabling one AI to learn tasks and communicate them to another AI for replication. The ability to grasp and communicate about new tasks represents a leap forward for AI, replicating a capacity inherent in human communication and consciousness.…
A study by MIT neuroscientists, utilising an artificial language network, discovered the type of sentences most likely to stimulate the brain’s key language processing centers. The study concluded that complex sentences, with unusual grammar or unexpected meaning, generate stronger responses. In contrast, simplistic sentences marginally engaged these regions, while nonsensical sequences of words had little…