logo
The big idea: could the English language die?

The big idea: could the English language die?

Yahoo11-05-2025
Given that a staggering 1,500 languages could vanish by the end of this century, by some estimates – close to a quarter of the world's total – some may find it obscene to even ask this question. English is certainly not on the endangered list. As the one truly global language, it is more often labelled an exterminator, a great lumbering titanosaur that unwittingly crushes hapless smaller languages underfoot – or undertongue.
The fact is, though, that no language has yet proved eternal. Subjects of the Roman or Egyptian empires might once have assumed that their languages would last for ever, like their hegemony, but they were wrong. Latin and Egyptian were eventually transformed into languages that would have been unintelligible to Augustus or Ramses the Great. 'English could of course die, just as Egyptian died,' says linguist Martin Haspelmath, of the Max Planck Institute for Evolutionary Anthropology in Leipzig, Germany. The more interesting questions are: when and how?
Predicting the future of any language is, most linguists will tell you, an exercise in speculation. The code by which we communicate is subject to so many complex and interacting forces that – until AI helps find patterns in the morass of data – we can't do much more than guess. It doesn't help that we can't look very far back for precedents: Homo sapiens has been nattering for tens if not hundreds of thousands of years, but we only thought of recording our pearls of wisdom about 5,000 years ago, when the Sumerians invented writing.
Widespread literacy and schooling – both only a few hundred years old – act as brakes on linguistic evolution, by imposing common standards
Still, most experts would agree on a few guiding principles. Migration is a major driver of language change, as is technology – though the two can counteract as well as amplify each other. Some predict that international migration will rise as the climate crisis intensifies, and technological renewal is speeding up, but they aren't the only factors in the mix. Widespread literacy and schooling – both only a few hundred years old – act as brakes on linguistic evolution, by imposing common standards.
As if that wasn't unhelpful enough, experts judge that the configuration of the linguistic landscape is terribly susceptible to black swan events – those defined by their unpredictability. The Egyptian language survived the arrival of the Greeks, the Romans and Christianity, but not that of Arabic and Islam in the seventh century AD. No one quite knows why.
We're in uncharted territory, in other words. English could come under pressure as a global lingua franca if China replaces the US as the world's dominant superpower, and if India drops English as an official language. Demographic factors could drive the growth of African lingua francas – Lingala and Swahili, for example, but also other legacy colonial languages such as French and Portuguese – and of Spanish in the Americas, without any major war. 'A hundred years from now, the world could be very different,' Haspelmath says.
But English will still be spoken in Europe, North America, Australia and New Zealand, in all likelihood. And we have to distinguish between two phenomena: the resizing of English's dominion, and its own internal evolution. English exists today in many spoken variants, just as Latin did before it exploded into Romance. Those variants are being held together by a common written form and the internet – adhesive forces that were absent in the late Roman empire, most of whose subjects were illiterate – so English is unlikely to go the way of Latin.
On the other hand, the balance of power between the variants is likely to shift, so that it's no longer American- or British-English speakers setting the standards (unless the former retain their grip on communication technologies). West African Pidgin, a creole strongly influenced by English, was spoken by a few thousand people two centuries ago, but it's now the dominant language of west Africa, and linguist Kofi Yakpo of the University of Hong Kong predicts that by 2100 it will have 400 million speakers. It's mostly a spoken language, so Pidgin speakers revert to English when they write. 'It's very clear that in half a century we'll have more books written [in English] by Nigerians or Indians than by UK residents,' Yakpo says.
That means that Nigerian and Indian colloquialisms will start entering 'standard' English, as those new titans pull the lexical blanket towards them, so to speak. The vocabulary of a language – its words – tends to be its fastest evolving component. Sounds or phonology, the stuff of accents, and grammar are typically more conservative, but change in them is needed to make a language unintelligible to its original speakers – to turn it into a new language, that is. So even though New Yorkers and Londoners might be calling liquor or booze by the Pidgin word for it, ogogoru, within 50 years – they will still probably be speaking Englishes that today's Londoners and New Yorkers could understand.
As for the combined impact of migration and technology on the nature of English, that's harder to anticipate. Although the language has never stood still, the growing influx of non-native English speakers to English-speaking strongholds such as Britain and North America could usher in a period of accelerated change, leading to a new language in need of a new name: post-modern English? But a backlash, resulting in less permeable borders and stricter language policies, could mitigate that. And if machine translation is taken up on a massive scale, both the residents and the immigrants could be relieved of the pressure to learn each other's languages. At the very least, this technology might act as a buffer, stemming the flow of loanwords such as ogogoru between languages or language variants – countering the effect of migration, once again.
The point is that even if we can't predict how English will change, we can be sure that it will, and that not even the world's first – and for now, only – global language is immune from extinction. Both Latin and Egyptian were spoken for more than 2,000 years; English has been going strong for about 1,500. It's looking healthy now, some might even say too healthy, but its days could yet be numbered.
• Proto: How One Ancient Language Went Global by Laura Spinney is published by William Collins.
Atlas of the World's Languages in Danger of Disappearing, edited by Stephen Wurm (Unesco, £25)
English As a Global Language by David Crystal (Cambridge, £14.99)
The Future of Language by Philip Seargeant (Bloomsbury, £14.99)
• This article was amended on 11 May 2025. An earlier version said the Egyptian language was supplanted by Arabic in the seventh century BC. This should have said the seventh century AD.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Why does your mind goes 'blank'? New brain scans reveal the surprising answer
Why does your mind goes 'blank'? New brain scans reveal the surprising answer

Yahoo

time7 hours ago

  • Yahoo

Why does your mind goes 'blank'? New brain scans reveal the surprising answer

When you buy through links on our articles, Future and its syndication partners may earn a commission. You look up from your phone screen and suddenly realize you weren't thinking about anything. It's not a lapse in memory or a daydream; it's literally a moment when you're not thinking of anything at all. Neuroscientists have a term for it — mind blanking — which they define as a brief, waking state when conscious thought simply stops. Scientists used to think our waking minds were always generating thoughts, but recent research shows that's not the case. Mind blanking is now recognized as a distinct conscious state associated with changes in arousal, which in neuroscience refers to alertness and responsiveness to stimuli. Studying this curious state could shed light on how consciousness works, some researchers think. "For some, it's kind of a blip in the mind, and suddenly there's nothing," Thomas Andrillon, a neuroscience researcher at the French National Institute of Health and Medical Research and the Paris Brain Institute, told Live Science. "But not with that feeling, 'There was something that I forgot.'" Often, people are unaware of the lapse until they are prompted to answer "What were you just thinking about?" "When we interrupt them randomly," Andrillon continued, "it's clear it's more frequent than what people realize." Although the frequency of this phenomenon varies among individuals, various studies suggest about 5% to 20% of a person's waking hours may be spent in this state. Related: Super-detailed map of brain cells that keep us awake could improve our understanding of consciousness An investigation of 'mind blanking' In a study published in the July issue of the journal Trends in Cognitive Sciences, Andrillon and his team used electroencephalography (EEG) — which involves placing electrodes on participants' heads — to measure brain activity while people experienced lapses in attention, such as mind wandering or mind blanking. Mind wandering occurs when people's thoughts drift to tasks or ideas unrelated to the one at hand, while mind blanking involves the absence of all thought. While wearing EEG caps, participants watched numbers flash rapidly on a display screen. They were instructed to press a button every time a number appeared except for 3, which they were told to skip. This task tests how quickly people react when a response is required and how well they can inhibit that response, when necessary. Because most of the presented numbers required a response, people often pressed the button by mistake when they saw a 3 onscreen. The researchers paused the task once a minute to ask what the participants were thinking, finding that they were either focused on the task, their mind was wandering, or they were experiencing a "mind blank." Participants pressed the button more quickly when their minds were wandering, whereas their responses slowed noticeably during mind blanking, suggesting these two mental states are distinct. Brain activity told a similar story. The EEG data showed that the participants' brain activity tended to slow down slightly more when their minds were blank than when they were wandering, compared to the baseline of their paying attention. 'The connectivity changes as if the inner workings of the brain were specific, in a way, to that state," Andrillion said. EEG data is great for tracking rapid changes in brain activity, but it can't pinpoint exactly which brain regions are involved. That's in part because it records brain waves through the skull, and the signals blur as they make their way through the brain tissue, fluid and bone. Andrillon explained it's like listening through a wall. You can tell if a group inside is noisy or quiet, but you can't tell who is talking. The EEG results from the study suggest that during mind blanking, the brain's activity slows down globally, but the technique couldn't identify specific areas. That's where functional MRI (fMRI) came in. Related: 'Hyper-synchronized' brain waves may explain why different psychedelics have similar effects, rat study reveals Hypersynchronization fMRI provides a clearer view of which regions are active and how they interact, but its tracking speed is slower because the technique tracks bloodflow, rather than directly following brain signals. fMRI is more like peeking into the room and seeing who's talking to whom, but not knowing precisely when, Andrillion said. Study co-author Athena Demertzi, a neuroscience researcher at the GIGA Institute-CRC Human Imaging Center at the University of Liège in Belgium, led the fMRI portion of the study. As people rested in an fMRI scanner with no particular task at hand, Demertzi and her team periodically asked what they were thinking. The results were surprising: when people reported mind blanking, their brains showed hyperconnectivity — a global, synchronized activity pattern similar to that seen in deep sleep. Typically, when we are awake and conscious, our brain regions are connected and communicating but not synchronized, as they appear to be during mind blanks. "What we think happens in the case of mind blanking is that the brain is pushed a little bit toward the side of synchronization," Andrillon said. "That might be enough to disrupt these sweet spots of consciousness, sending our mind to blank." Research into mind blanking is still in its early stages, but Andrillon and Demertzi noted that its similarity to brain patterns seen during deep sleep may offer an important clue as to its function. Deep sleep, also known as slow-wave sleep, coincides with important cleanup work for the brain. It clears away accumulated waste, cools the brain, conserves energy and helps reset the system after a full day of mental activity. RELATED STORIES —Why do we forget things we were just thinking about? —Electronic' scalp tattoos could be next big thing in brain monitoring —'Hyper-synchronized' brain waves may explain why different psychedelics have similar effects, rat study reveals Andrillon and Demertzi suggested mind blanking may act as a mini-reset while we're awake. Demertzi said it's like "taking five to steam off" or "to cool your head." Early studies in Demertzi's lab suggest sleep-deprived people report more mind blanks, adding support to this idea. Both researchers stressed that this state is likely a way for the brain to maintain itself, though "it's not ideal for performance," Andrillon said. Andrillon believes it's possible but unlikely that there are people who have never experienced mind blanking. Detecting a mind blank can be a challenge. "It can require being interrupted," Andrillon said, "to realize, 'OK, actually, there was no content.'"

Impossibly Intricate Tattoos Found on 2,000-Year-Old ‘Ice Mummy'
Impossibly Intricate Tattoos Found on 2,000-Year-Old ‘Ice Mummy'

Gizmodo

time8 hours ago

  • Gizmodo

Impossibly Intricate Tattoos Found on 2,000-Year-Old ‘Ice Mummy'

For the first time, archeologists have gotten a detailed look at the intricate tattoos on a 2,000-year-old ice mummy, found buried deep within the permafrost-covered mountains of Siberia. These tattoos would be challenging to produce even today, the researchers say, suggesting that ancient tattoo artists possessed a considerable degree of skill. With help from modern tattoo artists, an international team of researchers examined the mummy's tattoos in unprecedented detail and identified the tools and techniques that ancient societies may have used to create body art. The findings were published in the journal Antiquity. Like it is now, getting inked up was a common practice in prehistoric societies. Studying the practice is tough, however, because skin is rarely preserved in archaeological remains. The 'ice-mummies' of the Altai mountains, in Siberia, are a notable exception—they were buried in chambers now encased in permafrost, sometimes preserving the skin of those within. The Pazyryk people were horse-riding nomads who lived between China and Europe. 'The tattoos of the Pazyryk culture—Iron Age pastoralists of the Altai Mountains—have long intrigued archaeologists due to their elaborate figural designs', Gino Caspar, an archaeologist at the Max Planck Institute of Geoanthropology and the University of Bern, said in an emailed statement. Scientists haven't been able to study these tattoos in great detail, due to limitations in imaging techniques. Many of these tattoos are invisible to the naked eye, meaning scientists didn't know they were there when the mummies were initially excavated in the 1940s. Researchers need infrared imaging to visualize ancient tattoos because skin degrades over time, and the colors of the tattoos fade and bleed into the surrounding skin, making them faint or invisible to the naked eye. Infrared light, with its longer wavelengths compared to visible light, penetrates deeper into the skin and reveals what lies beneath the surface. So, until now, most studies were based on drawings of the tattoos, rather than direct images. But advances in imaging technology have finally allowed researchers to take high-resolution images of the mummies and their tattoos. The researchers used high-resolution digital near-infrared photography to create a 3D scan of the tattoos on a 50-year-old woman from the Iron Age age, whose preserved remains are housed at the Hermitage Museum in St. Petersburg, Russia. Artistic renderings of the newly discovered tattoos reveal detailed tattoos of leopards, stags, roosters, and a mythical half-lion, half-eagle creature. The researchers found that, like with many modern-day humans, the tattoos on the mummy's right arm are much more detailed and technical than those on the left. This suggests that the two different ancient tattooers, or the same tattooer after they beefed up their skills, were responsible. The scans also suggest that the artists used several tools—with one or multiple points—and that the tattoos were completed over multiple sessions. This suggests that tattooing was not just a form of decoration in Pazyryk culture but a skilled craft that required building skills and technical ability. Many other individuals were buried at the same site, indicating that tattooing was likely a common practice. 'The study offers a new way to recognize personal agency in prehistoric body modification practices,' Caspari said in a statement. 'Tattooing emerges not merely as symbolic decoration but as a specialized craft—one that demanded technical skill, aesthetic sensitivity, and formal training or apprenticeship.'

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store