The big idea: could the English language die?
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.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Forbes
3 hours ago
- Forbes
ESA's Solar Orbiter Should Solve Mystery Of Sun's Outermost Atmosphere
ESA's Solar Orbiter mission will face the Sun from within the orbit of Mercury at its closest ... More approach. The European Space Agency's Solar Orbiter mission recently stunned the world with the first-ever full images of our Sun's South pole, proving that this was going to be a mission like no other. Using an orbital gravity assist from the planet Venus, the Solar Orbiter mission spacecraft was able to maneuver into an orbit that has taken it to an angle 17 degrees below the Sun's equator. Over the coming years, the spacecraft will tilt its orbit even further, so the best views are yet to come, says ESA. The 1.2-billion-euro Solar Orbiter mission, with NASA participation, should finally help us understand the origin of the Sun's solar winds as well as our understanding of the Sun's poles. And arguably most importantly, it should solve the puzzle of why our star's outermost atmosphere, or corona, is heated to millions of degrees Kelvin and is thus so much hotter than the Sun's own surface. By contrast, our Sun's visible photosphere, or surface, averages only 5,500 degrees K. With Solar Orbiter, we are clearly seeing energy releases on the nano-flare scale, Daniel Mueller, a solar physicist and ESA project scientist for both ESA's SOHO and Solar Orbiter missions to the Sun, tells me in his office in The Netherlands. But the question is, would these nano-flares continue like that infinitely, or is there a certain lower limit to the production of these nano-flares, Mueller wonders. The puzzle is whether these nano-flares are enough to heat up the Sun's corona to the temperatures with which it is routinely measured. A Unique View Launched in 2020, from its highly elliptical orbit just inside Mercury's perihelion, the closest point in our innermost planet's solar orbit, the ESA spacecraft offers the best views yet of our own yellow dwarf star. We can see on scales down to about 200 kilometers on the Sun, which shows us a lot of dynamics of our star, says Mueller. And thanks to its newly tilted orbit around the Sun, the European Space Agency-led Solar Orbiter spacecraft is the first to image the Sun's poles from outside the ecliptic plane (the imaginary geometric plane in which our Earth orbits the Sun), says ESA. We observed the Sun's North pole at the end of this past April, says Mueller. But we passed the Southern pole first and then the Northern pole six weeks later, he says. At the moment, as seen from Earth, the Solar Orbiter is almost behind the Sun, so the data downlink has slowed to a trickle. But by early October, Mueller expects to have downloaded all the data from Solar Orbiter's Spring polar observations of the Sun. And within a matter of two to three months after the data is on the ground, the first scientific results will have been written up and submitted to journals for publication, says Mueller. These observations are also key to understanding the Sun's magnetic field and why it flips roughly every 11 years, coinciding with a peak in solar activity, says ESA. The spacecraft's instruments show that the Sun's South pole is a bit of a magnetic mess now, with both North and South polarity magnetic fields present, ESA notes. Ready To Flip Right now, there is not a clear dominant magnetic polarity, but a mix of the two, says Mueller. And that is exactly what you would expect to find during the maximum of the Sun's activity cycle, when the magnetic field is about to flip, he says. The real applications are for space weather predictions. Case in point, better space weather forecasting may have saved many of Elon Musk's 523 Starlink satellites that reentered Earth's atmosphere between 2020 and 2024. This period coincides with the rising phase of solar cycle 25, which has shown itself to be more intense than the previous solar cycle, the authors of a 2025 paper appearing in the journal Frontiers in Astronomy and Space Sciences write. Our results indisputably show that satellites reenter faster with higher geomagnetic activity, the authors note. There was a big solar storm that caused the earth's upper Earth atmosphere to expand, so, the satellites experienced more drag, and therefore didn't make it to orbit, says Mueller. One option may have been simply to hold off on launches until this increased period of solar activity enabled a less risky geomagnetic environment in Earth's upper atmosphere. The hope is that the Solar Orbiter mission and other missions like it will lead to better and more reliable space weather predictions that could potentially save hundreds of millions of dollars in the commercial satellite industry. Solar Orbiter should do its share in solving both pure solar physics conundrums as well as in more practical applications like space weather. The good news is that the spacecraft still has plenty of fuel left. Our current funding goes until the end of 2026, but because we had a picture-perfect launch provided by United Launch Alliance and NASA, we saved a lot of fuel, says Mueller. So, the onboard fuel reserves are so large that we can keep going for a long time, he says.
Yahoo
4 hours ago
- Yahoo
Vera C. Rubin debut images: How to see the groundbreaking space photos from the world's largest camera
When you buy through links on our articles, Future and its syndication partners may earn a commission. The new Vera C. Rubin Observatory is set to release its debut images — taken with the largest digital camera ever built — on Monday (Jun. 23). The world-first images and videos will be ultra-high-definition and will show off the observatory's highly anticipated, cutting-edge capabilities for the first time. Here's what you need to know. If you want to watch from home, a news conference will be streaming on YouTube in English and Spanish at 11:00 a.m. EDT on Monday. The link to watch is posted on the observatory's website, and is also embedded here. If you'd prefer to bask in the awe of the cosmos with friends, you may be able to attend a watch party near you — or even host one of your own. Groups will gather across the globe in planetariums and universities to admire the highly detailed images and videos as they are released. The observatory has shared links to a map of all registered watch parties, as well as a link to sign up to become a host. During the news conference, the observatory team will introduce the Rubin Observatory before showcasing the new images and discussing their significance. Watch parties may also hear from local scientists and special guests. Be sure to check out the details of a watch party before you attend to learn about any extra programming. The observatory, perched high on a mountain in the Chilean Andes, will peer at interstellar comets and dangerous asteroids, as well as larger objects, like twisting galaxies and exploding supernovas. Related: 'People thought this couldn't be done': Scientists observe light of 'cosmic dawn' with a telescope on Earth for the first time ever Inside Rubin lies the world's largest digital camera and six of the largest optical filters ever produced. Together, they allow researchers to observe different facets of the universe in many wavelengths of light and remarkably high detail. The camera will take a new high-resolution photo of the sky around every 40 seconds. The images will then be transmitted via fiber optic cables to a supercomputer in California, which will analyze the photos. When stitched together, the images can act as a time-lapse video of space, one that is planned to span 10 years. RELATED STORIES —Space photo of the week: Observatory, or alien planet? Boggle your mind with this 360-degree image —Vera C. Rubin Observatory: The groundbreaking mission to make a 10-year, time-lapse movie of the universe —3,200-megapixel camera of the future Vera Rubin Observatory snaps record-breaking 1st photos Using its groundbreaking instruments, the observatory is expected to contribute to current understanding of widely debated phenomena, including dark energy and dark matter — two components that are thought to make up a vast majority of the universe, but remain poorly understood. The new images could be the first of many that vastly improve our understanding of the cosmos. Whether you join a watch party or tune in from the comfort of your couch, these photos are not to be missed.
Yahoo
5 hours ago
- Yahoo
ICPO Foundation co-founded the RLT Angels Association with the aim of growing access to Radiotheranostics to one million patients
RLT_Angels Photo Further founding members include the European Association of Nuclear Medicine (EANM), GE HealthCare, Novartis, and RayzeBio, a Bristol Myers Squibb company. Wiesbaden, June 21, 2025 – The International Centers for Precision Oncology (ICPO) Foundation announced yesterday its role as a founding member of the RLT Angels Association together with leading organizations in the field of radiotheranostics namely the European Association of Nuclear Medicine (EANM), GE HealthCare, Novartis, and RayzeBio, a Bristol Myers Squibb company. The initiative, launched on June 20, 2025, carries the mission to improve the experience and availability of radioligand imaging (RLI) and radioligand therapies (RLT) for up to one million patients globally and expand capacity to one thousand RLT Centers. Drawing on world-leading expertise, RLT Angels aims to develop open-source best practice resources such as global blueprints and tools for process optimization to support healthcare providers. Building upon its global network of Centers of Excellence and online educational platform, the ICPO Foundation sets a standard for the RLT Angels Association with respect to the accreditation harmonization of theranostics centers and to the access and scaling of certified theranostics education. The initiative will be guided by an experienced board, including Prof. Richard P. Baum for ICPO, and supported by an independent, international Scientific Advisory Board comprised of leading clinical, economic, scientific and policy experts. The ICPO Foundation co-founding the RLT Angels Association highlights the willingness from both organizations to mutually reinforce their respective mission and sustainably grow global patient access. Thanks to strong alignment on clinical best practices, educational needs and patient outcomes, ICPO Centers of Excellence (CoE) will benefit from new resources such as medical evidence and patient advocacy, and enhance their visibility towards additional referrals and industry collaborations. The RLT Angels Association will leverage the established and active ICPO CoEs network as well as ICPO's growing educational program and global community reach out including with patient associations. Radiotheranostics utilizes diagnostic RLI and targeted RLT to identify and fight cancer, offering precise treatment that preserves healthy tissues. RLT has demonstrated benefits in clinical trials, and commercially approved therapies are available for certain neuroendocrine tumors (NETs) and prostate cancer.1,2 With approximately 225 ongoing clinical trials, use of RLI and RLT has the potential to expand to more than 15 cancer indications, significantly increasing the number of patients who could benefit from this innovative precision-based approach.3,4 Effective delivery of radiotheranostics requires seamless coordination across supply chains, radio-safety, operational, and clinical domains. As the demand for imaging and RLT treatments continues to grow, health systems must enhance their infrastructure, processes, capacity, and skills to meet this increasing need. To address these challenges and fully realize the potential of this promising treatment modality, stakeholders across the healthcare ecosystem have united in a collaborative effort to form the RLT Angels Association. 'As a founding member of RLT Angels, the ICPO Foundation believes in the power of partnership and mission alignment to drive meaningful change in healthcare. By leveraging our collective expertise – including ICPO's education and accreditation resources, as well as our global community outreach – we can enhance accessibility and ensure that innovative therapies reach those who need them most,' said Prof. Richard P. Baum, Trustee of the ICPO Foundation and President of the ICPO Academy for Theranostics. A 'Center Recognition Program' will enable RLT Centers to measure their efficiency and quality of care. Additionally, RLT Angels will provide virtual support and online expert forums to help centers efficiently leverage these resources. The program will support centers to reach accreditation levels as defined by national and international medical societies, as well as by international non-profit organizations pursuing accreditation efforts. RLT Angels will enable standardized data collection to support evidence generation and advocacy initiatives to engage policy stakeholders and the broader public. 'The formation of RLT Angels Association marks a significant milestone in the evolution of Radioligand Therapy. Our commitment to collaboration will help bridge gaps in care and foster a community dedicated to improving patient outcomes through innovative practices.' said Prof. Paola Anna Erba, president of EANM. Ben Hickey, president of RayzeBio, commented: 'RLT Angels represents an important multidisciplinary effort bringing together diverse expertise to address the challenges in delivering Radioligand or Radiopharmaceutical Therapy, and ensuring the full potential of this promising modality can be realized. We believe our collective efforts will pave the way for a more seamless treatment experience, increased operational efficiency and most importantly, improved clinical outcomes for patients.' "We are proud to co-found RLT Angels. This ambitious organization will make a significant and positive impact on healthcare systems and patients, ensuring that the promise of RLT is not hindered by operational barriers. We at Novartis are dedicated to this field as an essential new pillar of Oncology and have long term plans and a deep commitment to every aspect in this area which can lead to better care" commented Dr Zsuzsanna Devecseri, Global Head, Medical Affairs Oncology, at Novartis. Dr Ben Newton, Global Head of Oncology, GE HealthCare commented: 'Theranostics is a highly innovative treatment modality that requires the seamless integration of advanced imaging, radiopharmaceuticals, digital and clinical workflows, along with operational excellence. Successful integration into everyday practice depends on close collaboration across leading healthcare providers, scientists, industry, and patient advocacy groups. We are proud to be a founding member of RLT Angels and to contribute to this collective effort to advance global access to RLT and improve outcomes for patients across the globe.' To learn more about the RLT Angels Association and explore opportunities for involvement, please visit the website at or our LinkedIn page. RLT Angels is seeking like-minded partners dedicated to enhancing patient care and improving access to radiotheranostics. About RLT Angels RLT Angels is a non-profit organization dedicated to maximizing patient access to radiotheranostics, systematically expanding health system capacity to deliver radioligand imaging (RLI) and radioligand therapies (RLT), and improving the experience and outcomes for patients receiving this treatment globally. Our objective is to deliver on the promise of the treatment modality and maximize patient access. About ICPO Foundation The International Centers for Precision Oncology Foundation (ICPO) is a nonprofit organization established in 2019 under German law by leading international medical practitioners and life sciences entrepreneurs. Recognizing a paradigm shift in cancer care from one size fits all to a personalized approach, the ICPO Foundation´s aim is to gain momentum for Radiotheranostics in cancer care worldwide and scale global patient access to this innovative therapy. About EANM The European Association of Nuclear Medicine is the largest non-profit medical organization dedicated to nuclear medicine in Europe. Since its establishment in 1985, the EANM has consistently aimed to provide an interactive platform for the sharing and discussion of cutting-edge developments in the field. The EANM collaborates with nuclear medicine professionals, national societies, EU institutions, international bodies, industry, and medical societies to leverage nuclear medicine's benefits for patient care. About GE HealthCare Technologies Inc. GE HealthCare is a trusted partner and leading global healthcare solutions provider, innovating medical technology, pharmaceutical diagnostics, and integrated, cloud-first AI-enabled solutions, services and data analytics. We aim to make hospitals and health systems more efficient, clinicians more effective, therapies more precise, and patients healthier and happier. Serving patients and providers for more than 125 years, GE HealthCare is advancing personalized, connected and compassionate care, while simplifying the patient's journey across care pathways About RayzeBio and Bristol Myers Squibb RayzeBio, Inc., a wholly-owned subsidiary of Bristol Myers Squibb Company, is a biotechnology company focused on improving outcomes for people with cancer by harnessing the power of targeted radioisotopes. Bristol Myers Squibb is a global biopharmaceutical company whose mission is to discover, develop and deliver innovative medicines that help patients prevail over serious diseases. Sources 1. Hendifar AE, Mehr SH, McHaffie DR. Best Practices for the Coordinated Care of Patients With Neuroendocrine Tumors Undergoing Peptide Receptor Radionuclide Therapy. Pancreas. 2022;51(3):213-218. 2. Ramnaraign B, Sartor O. PSMA-Targeted Radiopharmaceuticals in Prostate Cancer: Current Data and New Trials. Oncologist. 2023;28(5):392- 401. 3. 4. Uijen MJM, Derks YHW, Merkx RIJ, et al. PSMA radioligand therapy for solid tumors other than prostate cancer: background, opportunities, challenges, and first clinical reports. Eur J Nucl Med Mol Imaging. 2021;48(13):4350-4368 Press photo: RLT Angels logo Media contact ICPO Foundation Susanne Simon, Head of Communication & Community Email: Website: Media contact RLT Angels AssociationsWebsite: Attachments 2025_06_21 PR ICPO Co-founded RLT Angels final RLT_Angels PhotoError in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data