Neuroscience News’ Post

Learning and speaking a new language helps to build connections in the brain

🧠 Fascinating read from @NeuroscienceNews on the benefits of bilingualism! Did you know that learning and using more than one language can build stronger neural connections in the brain? #Bilingualism #Neuroscience #BrainHealth #CognitiveDevelopment #LifelongLearning #SLP

Bilingual Brains Build Stronger Connections A new study reveals that learning a second language in childhood significantly boosts brain connectivity, especially between the cerebellum and left frontal cortex. Researchers used whole-brain fMRI scans to compare bilingual and monolingual individuals, discovering that bilingual participants had more efficient communication across brain regions. The benefits were particularly evident in those who learned a second language early, suggesting that childhood language acquisition promotes long-term cognitive flexibility and resilience. Enhanced connectivity across the brain likely supports improved attention, memory, and cognitive aging. Overall, this research adds to previous findings that bilingualism contributes positively to brain health and recovery from injuries. Learn more: https://lnkd.in/gQ8X9u5k One love #brain #bilingual #boost

Reading Strengthens Key Brain Regions for Language and Empathy New research reveals that brain structure varies with reading ability, particularly in the left hemisphere. Better readers have distinct traits, including a larger anterior temporal lobe for integrating word meaning and a thicker left Heschl’s gyrus for phonological processing. https://lnkd.in/dPwie2g9

Reading Strengthens Key Brain Regions for Language and Empathy New research reveals that brain structure varies with reading ability, particularly in the left hemisphere. Better readers have distinct traits, including a larger anterior temporal lobe for integrating word meaning and a thicker left Heschl’s gyrus for phonological processing.

Summary: New research reveals that brain structure varies with reading ability, particularly in the left hemisphere. Better readers have distinct traits, including a larger anterior temporal lobe for integrating word meaning and a thicker left Heschl’s gyrus for phonological processing.

UConn researchers are constantly exploring and making breakthroughs in understanding the complexity of the human brain. Neuroscientists like Fumiko Hoeft are expanding our knowledge of how the brain operates across the entire neurodiversity spectrum. In the process, she and her fellow scientists can more effectively help neurodiverse learners, including those with learning disabilities that divert from their classmates. UConn Research 2024 takes a deeper look. https://lnkd.in/ecyz8-R5

Languages indeed very important to truly connect and engage successfully and not only in the business world 🙆♀️ 4 languages give me the opportunity to LEARN and exchange ideas, dreams and goals with others that may look so different but in reality are very similar to us 🧏♀️ In fact it is not only about how many languages we learnt but how we use them !! 🙋♀️ Should we use the power of communication to convey gratitude, respect, care, and support to make the difference in this divided world? 🙆♀️ How else could we positively impact others from the years invested in mastering foreign languages?

A study by USC Dornsife neuroscientists, published in the journal Cerebral Cortex in April, explored how the brain experiences mixed emotions. The research aimed to resolve whether mixed emotions are unique neural activities or simply a rapid alternation between positive and negative feelings. Utilizing MRI, the researchers monitored brain activity as subjects watched the emotionally complex short film "One Small Step" by TAIKO Studios. They found distinct neural patterns in the amygdala and nucleus accumbens during mixed emotions, different from purely positive or negative emotions. The study also revealed that specific brain regions, such as the insular cortex, showed significant changes during emotional transitions. This indicates that mixed emotions are unique and not merely a flip-flop between feelings. The study demonstrates that mixed emotions involve distinct and consistent neural activity, advancing the understanding of complex emotional experiences. This lays a foundation for further research into mixed emotions, which could enhance our comprehension of human psychology and emotional sophistication. source of data: science daily #Humanpsychology #emotionpattern #mixedemotions #brainactivity #emotions