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We use both sides of our brain for speech, New York University researchers have discovered: a finding that alters previous conceptions about neurological activity. Many in the scientific community have posited that both speech and language are lateralized -- that is, we use only one side of our brains for speech, which involves listening and speaking, and language, which involves constructing and understanding sentences. However, the conclusions pertaining to speech generally stem from studies that rely on indirect measurements of brain activity, raising questions about characterizing speech as lateralized. In their examination, the researchers tested the parts of the brain that were used during speech. Here, the study's subjects were asked to repeat two "non-words" -- "kig" and "pob." Using non-words as a prompt to gauge neurological activity, the researchers were able to isolate speech from language. An analysis of brain activity as patients engaged in speech tasks showed that both sides of the brain were used -- that is, speech is, in fact, bi-lateral. The results also offer insights into addressing speech-related inhibitions caused by stroke or injury and lay the groundwork for better rehabilitation methods.

A traveling journalist in Beijing utilizes both Baidu (China's version of Google) and Google voice-translation apps with mixed results. You speak into the apps, they listen and then translate into the language you choose. They do it in writing, by displaying text on the screen as you talk; and out loud, by using your phone's speaker to narrate what you've said once you're done talking. Typically exchanges are brief: 3-4 turns on average for Google, 7-8 for Baidu's translate app. Both Google and Baidu use machine learning to power their translation technology. While a human linguist could dictate all the rules for going from one language to another, that would be tedious, and yield poor results because a lot of languages aren't structured in parallel form. So instead, both companies have moved to pattern recognition through "neural machine translation." They take a mountain of data - really good translations - and load it into their computers. Algorithms then mine through the data to look for patterns. The end product is translation that's not just phrase-by-phrase, but entire thoughts and sentences at a time. Not surprisingly, sometimes translations are successes, and other times, epic fails. Why? As Macduff Hughes, a Google executive, notes, "there's a lot more to translation than mapping one word to another. The cultural understanding is something that's hard to fully capture just in translation."

This is an interesting article that explains the weird linguistic phenomena in which people are able to read a sentence where the letters in each word are jumbled up. Although scientists haven't came up with an exact conclusion for this amazing human capability, this article provides a few theories.

Our human brains are naturally pattern-seeking, hence we attempt to make sense of gibberish, a phenomenon known as pareidolia. Pareidolia is also the same reason why we see shapes in clouds, hear Satanic msgs. in music played backwards, think Minion Happy Meal toys are spouting obscenities, and understand the vocal substitutions made by ventriloquists.

Emoji, however inelegant as they may seem, have become a language of their own, a way to transcend the limits of one's native tongue to communicate with others worldwide. Instagram found that as emoji use rose across the app, the use of Internet slang formed from English letters went down, and that the two phenomena were strongly correlated. That could explain why you may be seeing fewer instances of "Lol" on Instagram photo captions, while smiley face emoji are becoming more prevalent. "It is a rare privilege to observe the rise of a new language," Thomas Dimson, a software engineer on Instagram's data team, said in a company blog post on Friday. "Emoji are becoming a valid and near-universal method of expression in all languages." Even as the limits of emoji characters are reached by the number of available emoji - around 700 by most standard shared measures - users are finding new ways to use them to communicate. Pairing two or more emoji together, for instance, can form rudimentary sentences or sentiments for others to understand.

This website talks about the importance of emphasis in the English language and how changing the emphasis on different words can change the entire meaning of a sentence.

Dr. Joy Hirsch, head of Memorial Sloan-Kettering Hospital's functional M.R.I. Laboratory, and her graduate student, Karl Kim, found that second languages are stored differently in the human brain, depending on when they are learned. Babies who learn two languages simultaneously, and apparently effortlessly, have a single brain region for generating complex speech, researchers say. But people who learn a second language in adolescence or adulthood possess two such brain regions, one for each language. To explore where languages lie in the brain, Dr. Hirsch recruited 12 healthy bilingual people from New York City. Ten different languages were represented in the group. Half had learned two languages in infancy. The other half began learning a second language around age 11 and had acquired fluency by 19 after living in the country where the language was spoken. With their heads inside the M.R.I. machine, subjects thought silently about what they had done the day before using complex sentences, first in one language, then in the other. The machine detected increases in blood flow, indicating where in the brain this thinking took place. Activity was noted in Wernicke's area, a region devoted to understanding the meaning of words and the subject matter of spoken language, or semantics, as well as Broca's area, a region dedicated to the execution of speech, as well as some deep grammatical aspects of language. None of the 12 bilinguals had two separate Wernicke's areas, Dr. Hirsch said. But there were dramatic differences in Broca's areas, Dr. Hirsch said. In people who had learned both languages in infancy, there was only one uniform Broca's region for both languages, a dot of tissue containing about 30,000 neurons. Among those who had learned a second language in adolescence, however, Broca's area seemed to be divided into two distinct areas. Only one area was activated for each language. These two areas lay close to each other but were always separate, Dr. Hirsch s

Expressing thanks may be one of the simplest ways to feel better. In positive psychology research, gratitude is consistently associated with happiness. Gratitude helps people feel more positive emotions, relish good experiences, improve their health, deal with adversity, and build strong relationships. Two psychologists, Dr. Robert A. Emmons of the University of California, Davis, and Dr. Michael E. McCullough of the University of Miami, asked participants in their study to write a few sentences each week, focusing on particular topics. After 10 weeks, those who wrote about gratitude were more optimistic. Another leading researcher in this field, Dr. Martin E. P. Seligman, a psychologist at the University of Pennsylvania, tested the impact of various positive psychology interventions on 411 people, each compared with a control assignment of writing about early memories. When their week's assignment was to write and personally deliver a letter of gratitude to someone who had never been properly thanked for his or her kindness, participants immediately exhibited a huge increase in happiness scores. This impact was greater than that from any other intervention, with benefits lasting for a month. Overall, gratitude is a quality that one can successfully cultivate further with more practice.

Neuroimaging studies suggest that sign languages are complex linguistic systems processed much like spoken languages, even though they're gestural/visual, not oral. Wernicke's area activates when perceiving sign language; Broca's when producing sign language. In deaf people, lesions in left hemisphere "speech centres" like Broca's and Wernicke's areas produced significantly more sign errors on naming, repetition and sentence-comprehension tasks than signers with damaged right hemispheres.

The author, a specialist and researcher in linguistics and discourse analysis, was interested in communication between individuals from different cultures. The misunderstandings it provokes are often based on unconscious reflexes and reference points which makes them all the more damaging. Communication between humans would be very difficult, if not impossible, without discursive memory. Our memories allow us to understand each other. Gregory Charles says in a tweet after the attack at the Grand Mosque in 2017, "Every nasty word we utter joins sentences, then paragraphs, pages and manifestos and ends up killing the world." This idea is defined by specialists in discourse analysis by theconcent of interdiscoursement. Not being aware of this discursive mechanism can cause many misunderstandings. Understanding it certainly helps to communicate better. Putting yourself in your audience's place is the key to good communication.

Today, people who can't speak or write because of paralysis have very limited ways of communicating, e.g. using a pointer to touch words or letters on a screen or having computers track their eye movements. In a medical first, researchers harnessed the brain waves of a paralyzed man unable to speak - and turned what he intended to say into sentences on a computer screen. Dr. Edward Chang, a neurosurgeon at the University of California, San Francisco, led the work in developing a "speech neuroprosthetic" -- decoding brain waves that normally control the vocal tract, the tiny muscle movements of the lips, jaw, tongue and larynx that form each consonant and vowel.

If you're looking for the species that most closely matches our linguistic prowess, surprisingly, you won't find it in the apes, the primates, or even in the mammals. You have to travel to a far more distant relative, all the way to a family of birds known as the songbirds. The vocal life of a songbird is similar to ours in many ways. They learn songs by imitating their elders. Like human speech, these songs are passed down from one generation to the next. Songbirds are also best equipped to learn songs in their youth, and they have to practice to develop their ability. They can improvise and string together riffs into new songs, and over generations these modified songs can turn into new dialects. And like us, they come hard-wired with 'speech-centers' in their brain that are dedicated to language processing. An experiment from 2009 by Fehér and colleagues took newly hatched songbirds of the zebra finch species and raised them in sound proof chambers. They did this during their critical period of language development. Surprisingly, this culturally isolated generation of birds began to develop their own songs. These songs were less musical than your typical songbird song - they had irregular rhythms, they would stutter their notes, and the notes would sound more noisy. But the researchers were curious where this would lead. They listened to the songs of the next few generations of pupils, the offspring of these children of silence. What they found was quite amazing. In just two generations, the songs started to change in unexpected ways - they were becoming more musical. In fact, they started to converge upon the song of the wild songbirds, even though none of these birds had ever heard the wild songs. The Feher study suggests, but does not prove, that songbirds must have an innate understanding of the structures of their language. In other words, they seem to have a built-in intuition about grammar. Over time, they may be using these intuitions to develo

When speaking, bilinguals mix the two languages to form sentences, because in their brains, there is no distinction between the two languages. In this study, the brains of Korean/English bilinguals were observed. The study affirmed that language switching is natural for bilinguals because of the use of their left anterior temporal lobe.

Have you ever caught yourself talking a little bit differently after listening to someone with a distinctive way of speaking? Perhaps you'll pepper in a couple of y'all's after spending the weekend with your Texan mother-in-law. Or you might drop a few R's after binge-watching a British period drama on Netflix. Linguists call this phenomenon "linguistic convergence," and it's something you've likely done at some point, even if the shifts were so subtle you didn't notice. People tend to converge toward the language they observe around them, whether it's copying word choices, mirroring sentence structures or mimicking pronunciations.

A phenomenon called "linguistic convergence" causes people to subtly change their speech when talking to someone with a different accent. Code-switchers are an example of convergence, but people can also diverge, or go away, from a certain aspect of their speech.

This article explains Bill Nyeʻs perspective on how word use is extremely important when talking about climate change, as it can change how urgent people consider this issue. This shows the power of changing even just one word in a phrase or sentence, and how it can affect how language is perceived. One example they used was "phasing down coal" instead of "phasing out coal"; in reality, we want to eliminate the use of coal, but by using the word "down" instead of "out" it creates a different tone.

The following article explores language as a cultural, social, and psychological phenomenon. Why is it that a seemingly harmful sentence can create stereotypes or biases? How does language change the way we perceive ourselves, others, and the world? Can different language patterns indicate something about our behavior? These are some topics regarded in this text, as well as the overarching theme of how words shape us and our lives.

This article focused on the impacts that technology has had on the writing for younger generations. The style of writing that is used for social media has become known as "Netspeak" and typically consists of shorter sentences and phrases, as well as shortening of words through abbreviations or substitutions. ie. lol for laughing out loud, or w8 for weight. These came about as ways to fit the short character limits set by many sites, however this style of writing has been observed to start affecting other more formal forms of writing. Although this is something that some people have become aware of, there are still many people who do this without thinking, and don't realize that they have started to use netspeak in writing for papers

This article talks about how AI-generated texts can be distinguished from human writing. It explains why it is essential for us to tell them apart and why it is still not able to perfectly mimic humans.

This article discusses some of the ways AI-generated text can differ from sentences written by humans.

This article describes a study conducted by the Allen Institute of Artificial Intelligence which evaluated AI's capability to actually understand the language it produces. This comes after recent advancements in natural-language processing (NLP) have allowed AI to generate convincing literary works. In the study, researchers posed over 44,000 questions, built off the Winograd Schema Challenge, to an AI system. Essentially, the questions used pairs of sentences with slight differences that flipped the meaning of a pronoun, thus requiring a comprehensive understanding of semantics in order to correctly assign the pronoun. The study found that the AI only had a 60-80% success rate, compared to the human success rate of roughly 94%.

This article discusses how baby talk can impact child development and explains how baby talk can aid babies/infants in emotional bonding. It talks about the belief that talking in simplified sentences and exaggerated tones helps babies grasp speech patterns and emotions.

This article discusses that there is a new emergence of the "Tiktok voice". This accent is described as one with a rising intonation and declarative sentences which incapsulates a sense of persuasiveness and personalization. The "Tiktok voice" has been more concentrated in the younger female demographics as it is scientifically proven that women are often the innovators of linguistics.