The researcher Viorica Marian, of Northwestern University’s School of Communication, conducted a study in which volunteers were asked to perform word recognition exercises. The volunteers were monolingual and bilingual. Their blood flow was observed in order to measure how hard the brain was working during the tasks. According to Marian, the monolinguals had a harder time identifying the correct words because the bilingual brain is constantly choosing which language to use and which to ignore. The bilingual brain is better at inhibitory control, constantly filtering out irrelevant words, and in doing so, it provides the brain a built-in exercise.
A recent Youtube channel discusses different topics pertaining to linguistics, such as bilingualism, syntax, semantics, morphology, among others.
According to a study conducted by researchers at Stockholm University and Northwestern University in Chicago, language is connected with the sense of smell. The researchers conducted a study where participants decided whether a word such as “lemon” matched with an object that was presented just before the word. The researchers presented the object visually or through smell, evoking brain activity. The results demonstrated that the brain reactivated the region in the olfactory system where smells are translated into linguistic expressions, to in order to determine the meaning of the words.These findings may help explain why it is so difficult to recognize smells and can help with the detection of early stages of dementia.
A recent study in Barcelona’s Bellvitge Biomedical Research Institute and Otto von Guericke University has found that learning new meaningful words activates a core reward center in the brain, the ventral striatum. This area stimulates pleasure in the brain and is also activated when eating chocolate and gambling. The researchers conducted trials on 36 adults who participated in gambling simulations and language-based test. The scientists looked at MRI scans of the participants’ brains and discovered that both language-based and gambling-like tests activated the same parts of the brain. The results also demonstrated that those with higher myelin concentrations, which is connected to the reward area, were able to learn more words. The findings of the study could help promote possible treatments for people with disorders connected with language learning.
Original Article: http://rt.com/news/199416-brain-sex-chocolate-language/
Accents appear when an isolated group of speakers exaggerate their shared language over time. This causes idiosyncrasies that allows them to identify outsiders, and allow outsiders to identify them. Like any other language, Sign language has its own grammar and idioms, which means that it also has its own accents. There are 130 distinct sign languages worldwide each of these carry an accent. A distinctive regional accent among people in the southern states is that they tend to touch their lower face and chest a lot when they sign. However, the difference between certain signs are not only based on the regions, it can also be dependent on the group of people. Sign language speakers have accents that vary based on their age, ethnicity, and whether or not they’re hearing or deaf. There is also variation in sign language speed. These variations allow the presence of character and richness in a language while conveying information about a person.
Original Article: http://io9.com/yes-sign-language-has-accents-1650818475
Have you ever wondered how bilingualism effects the brain? Recent studies have demonstrated that there are several things that occur differently in a bilingual brain. The posterior parietal lobe appears to be larger among bilinguals, this section of the brain is related to the acquisition of a second language. This section is more stimulated if the second language is learned at a younger age. The process to acquiring a language is different when learning a second language at a different stage of your life. Studies have also demonstrated that certain words in the second language, are able to activate brain areas, such as the motor and premotor cortex. These areas in the brain are stimulated only during physical activities, demonstrating a union between the body and language. Bilingualism in the long run has demonstrated benefits in learning but it also displays cognitive reserve for later on in life, which will delay the onset of Alzheimer’s disease.
A research team led by Roberto Filippi of Anglia Ruskin University conducted a study which reconfirmed that bilingualism makes your brain more “fit” and better able to cut through distractions while accomplishing a task. The study was composed of 40 children, 20 of them were bilingual, while the rest only spoke English. The participants were asked to answer questions while being distracted by audio clips spoken in Greek and English. The study’s results demonstrated how bilingual children did significantly better than the monolinguals in concentrating on the task. According to Fillippi the acquisition of two languages in early childhood provides a beneficial effect on cognitive development and may help later on in life.