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"For years, the Web's lingua franca was English. ... For many tiny, endangered languages, digital technology has [now] become a lifeline. ... Whether a language lives or dies, says K. David Harrison, an associate professor of linguistics at Swarthmore College, is a choice made by 6-year-olds. And what makes a 6-year-old want to learn a language is being able to use it in everyday life. ... Though most of the world's languages have no written form, people are beginning to transliterate their mother tongues into the alphabet of a national language. Now they can text in the language they grew up speaking. Harrison tells of traveling in Siberia, where he met a truck driver who devised his own system for writing the endangered Chulym language, using the Cyrillic alphabet. ... Africa is the world's fastest-growing cellphone market. Texting allows farmers to check crop prices. ... for hundreds of heritage languages, a four-inch bar of plastic and battery and motherboard is the future of the past."

This review considers speaking in a second language from the perspective of motor-sensory control. Previous studies relating brain function to the prior acquisition of two or more languages (neurobilingualism) have investigated the differential demands made on linguistic representations and processes, and the role of domain-general cognitive control systems when speakers switch between languages.

by Maria Popova The euphoria experienced as you begin to fall in love, the pile of books bought but unread, the coffee "threefill," and other lyrical linguistic delights. "Words belong to each other," Virginia Woolf said in the only surviving recording of her voice, a magnificent meditation on the beauty of language.

Article shares 23 maps and charts that can hopefully illuminate small aspects of how we manage to communicate with one another. In the mix: linguistic diversity around the world, where the plurality of Wikipedia articles are authored, endangered languages, which countries boast the most languages...

This article discusses patterns of speech and social aspects that affect the persuasiveness of words.

New research in a Princeton University and the Free University of Berlin report shows that taste-related words actually engage the emotional centers of the brain more than literal words with the same meaning. sentences containing words that invoked taste activated areas known to be associated with emotional processing, such as the amygdala, as well as the areas known as the gustatory cortices that allow for the physical act of tasting. Interestingly, the metaphorical and literal words only resulted in brain activity related to emotion when part of a sentence, but stimulated the gustatory cortices both in sentences and as stand-alone words. Metaphorical sentences may spark increased brain activity in emotion-related regions because they allude to physical experiences, said co-author Adele Goldberg, a Princeton professor of linguistics in the Council of the Humanities. Human language frequently uses physical sensations or objects to refer to abstract domains such as time, understanding or emotion, Goldberg said. "You begin to realize when you look at metaphors how common they are in helping us understand abstract domains," Goldberg said. "It could be that we are more engaged with abstract concepts when we use metaphorical language that ties into physical experiences."

Spontaneous gesture can help children learn, whether they use a spoken language or sign language, according to a new report by Susan Goldin-Meadow, psychology professor at the University of Chicago. "Children who can hear use gesture along with speech to communicate as they acquire spoken language," a researcher said. "Those gesture-plus-word combinations precede and predict the acquisition of word combinations that convey the same notions. Gesture plays a role in learning for signers even though it is in the same modality as sign. As a result, gesture cannot aid learners simply by providing a second modality. Rather, gesture adds imagery to the categorical distinctions that form the core of both spoken and sign languages. Goldin-Meadow concludes that gesture can be the basis for a self-made language, assuming linguistic forms and functions when other vehicles are not available. But when a conventional spoken or sign language is present, gesture works along with language, helping to promote learning.

Language and the brain Many people assume the physical basis of language lies in the lips, the tongue, or the ear. But deaf and mute people can also possess language fully.

Like the facebook thing

Seventy years ago, in 1940, a popular science magazine published a short article that set in motion one of the trendiest intellectual fads of the 20th century. At first glance, there seemed little about the article to augur its subsequent celebrity. Neither the title, "Science and Linguistics," nor the magazine, M.I.T.'s Technology Review, was most people's idea of glamour.

Historical linguists agree that Japanese is a Japonic language, but do not agree further about the origin of the Japanese language; there are several competing theories: Japanese is a relative of extinct languages spoken by historic cultures in what are now the Korean peninsula and Manchuria.

Not only that, they have distiguished a language system for why certain sounds indicate what rule.

Scientists use language and logic to translate monkey sounds into English and develop linguistic rules for primate dialects. There is a mystery on Tiwai Island. A large wildlife sanctuary in Sierra Leone, the island is home to pygmy hippopotamuses, hundreds of bird species and several species of primates, including Campbell's monkeys.

TED Talk Subtitles and Transcript: Patricia Kuhl shares astonishing findings about how babies learn one language over another -- by listening to the humans around them and "taking statistics" on the sounds they need to know. Clever lab experiments (and brain scans) show how 6-month-old babies use sophisticated reasoning to understand their world.

Anne Curzan, an English professor and linguist at the University of Michigan, examines texting from a descriptionist perspective. Curzan notes that that effective electronically-mediated communication (EMC) users have a shared system of rules and a detailed set of conventions that moves real-time conversation into written form.

Every sense has its own "lexical field," a vast palette of dedicated descriptive words for colors, sounds, tastes, and textures. But smell? In English, there are only three dedicated smell words-stinky, fragrant, and musty-and the first two are more about the smeller's subjective experience than about the smelly thing itself. All of our other scent descriptors are really descriptions of sources: We say that things smell like cinnamon, or roses, or teen spirit, or napalm in the morning. The other senses don't need these linguistic workarounds. Some scientists have taken this as evidence that humans have relegated smell to the sensory sidelines, while vision has taken center-field. It's a B-list sense, deemed by Darwin to be "of extremely slight service." Others have suggested that smells are inherently indescribable, and that "olfactory abstraction is impossible." Yet some languages, like those of the Jahai people of Malaysia and the Maniq of Thailand use between 12 and 15 dedicated smell words: basic vocabulary not used for taste, or to describe general ideas of edibility. These two groups clearly show that odors, contrary to popular belief, are not universally ineffable; people from both cultures are also able to distinguish smells more accurately than Western cultures.

The realities of speech are much more complicated than the words used to describe it. What's the difference between a language and a dialect? Linguist John McWhorter contemplates the distinction.