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The Life and Legacy of Frank Land Frank Land, a trailblazing information systems expert, has passed away at the age of 97. November 2026 marks the 75th anniversary of the world's first commercial job run on a stored program computer, which Land contributed to significantly. Early Contributions to Computing On 29 November 1951, the Bakery Valuations job calculated the costs, earnings, and margins of baked goods produced by J Lyons & Co, the UK's largest catering firm at the time. Land joined Lyons in 1953 and became part of the team that developed the Lyons Electronic Office, known as Leo. The Development of Leo Land helped implement systems for payroll, stock control, and distribution for Lyons' 250 high-street tea shops. He wrote programs for tax tables for the Inland Revenue and a suite of linked programs for blending Red Label and Green Label tea. Academic Career and Impact Land's work with Leo led to his founding of the academic study of information systems. In 1967, he became the UK's first professor of information systems at the London School of Economics (LSE), where he developed postgraduate courses integrating technical computer knowledge with business needs. Later Life and Legacy Land continued to contribute to the field, co-editing 'User Driven Innovation' and creating Leopedia, a catalogue of references and holdings related to Leo. He was appointed OBE in 2019 for his services.

UK Study Reveals Air Pollution's Impact on Children's Lung DevelopmentResearch shows that air pollution is slowing the lung growth of children in the UK. Scientists tracked the lung function of more than 5,000 people who were born in and around Bristol in the 1990s. Their health was assessed from birth onwards and their lungs were tested as they grew up, at eight and 15 years old and then as adults, aged 24, when their lung function should have reached its maximum.Longitudinal Study Tracks Lung Function From Birth to AdulthoodProf Ann Hansell, of the University of Leicester, who led the study, said: "Much of the evidence on health effects of air pollution relates to adults or pregnancy, but we think it's highly plausible it has impacts on growth and development of children. Those whose lungs didn't grow to maximum potential in childhood may be more vulnerable to the respiratory diseases of later life because they have a lower reserve."Dr Katie Eminson, also of the University of Leicester and a first author of the study, explained: "Lung function was measured using spirometry by trained technicians. Participants were asked to take a deep breath in, then blow out as hard and as fast as possible into a mouthpiece. A machine measured both the amount of air they can breathe out and the speed of that breath, providing an indication of how well their lungs are working."Pollution Exposure Linked to Reduced Lung CapacityThe researchers calculated the children's air pollution exposure in each trimester of pregnancy and then for each year of early childhood. This included particle pollution as well as nitrogen dioxide, a gas that comes mainly from diesel cars and fossil gas boilers.Hansell noted: "We spent literally years creating the particulate air pollution exposure estimates in pregnancy and early life, including sourcing road traffic data from Bristol city council that are not available in the national database."The researchers allowed for other factors that can affect children's health, including premature birth, breastfeeding, parental smoking and home conditions including damp.They found that breathing more air pollution during pregnancy, infancy and early childhood can slow lung development all the way up to early adulthood. The greatest impact was during adolescence, which is the time when lung growth accelerates.Health Implications Extend Beyond Respiratory SystemThose with reduced lung function face multiple health risks. "They are also more vulnerable to poorer health generally," Hansell explained. "For instance, low lung function in adults is associated with the same level of risk of heart disease as having high cholesterol. Research has also shown that people whose lung health has been affected by air pollution may be at greater risk of heart disease."An earlier study found that air pollution was reducing the growth of children's lungs in east London. There, the average nine-year-old's lungs were between 90 and 100 millilitres smaller than they should be—approximately the volume of two hen's eggs.Studies on children in Sweden showed that lung growth increased when air quality improved. Reductions in air pollution might have also allowed the Bristol children's lung growth to return closer to normal rates.Call for Action on Air Quality ProtectionEminson concluded: "While the effects in individual children are small and unlikely to have immediate clinical consequences, they shouldn't be dismissed. Because lung function tends to track from childhood into adulthood, small differences early in life may have implications for long-term health. This reinforces the importance of reducing exposures and protecting children's environments."

Researchers from Stanford, Oxford and UC San Diego have demonstrated a proof‑of‑concept wearable ultrasound patch that can monitor a baby’s heart rate and blood flow continuously, aiming to reduce false alarms and missed complications in pregnancy.A Patch That Turns Ultrasound Into a Wearable SensorThe device, dubbed UPatch, adheres to the abdomen and remains operational for hours, capturing real‑time images of the foetus and umbilical cord. Unlike intermittent hospital scans, the patch records a continuous stream of data, allowing clinicians to establish a personal baseline for each pregnancy and spot deviations instantly.Trial Results Show Near‑Parity With Conventional ScansIn a study published in Nature Biotechnology, the team evaluated the patch in two cohorts:62 pregnant participants – single‑time‑point blood‑flow measurements from UPatch matched those from standard handheld ultrasound.52 women – continuous monitoring revealed dynamic fluctuations in fetal blood flow that brief scans would miss.A pre‑eclamptic case where UPatch detected severe intra‑uterine growth restriction, prompting a timely caesarean delivery and preventing stillbirth.Lead author Tom Park highlighted that the technology captures transient changes without over‑diagnosing, addressing a key limitation of current intermittent methods.Potential Shift in Prenatal Care and Global HealthSenior author Prof Sheng Xu emphasized that continuous monitoring could become a routine part of prenatal visits, especially in low‑resource settings where access to skilled sonographers is limited. Dr Antoniya Georgieva noted the broader impact: reducing stillbirth rates, providing richer data for research, and enabling earlier interventions for conditions like pre‑eclampsia.Roadmap Toward a Fully Wireless Home‑Use SystemThe current prototype is tethered to external electronics for placement, but the team is already engineering a wireless version that patients could wear during daily activities and at home. Their long‑term vision is a seamless, battery‑efficient system that integrates with tele‑health platforms, delivering real‑time alerts to clinicians wherever the mother is.

The Guardian editorial argues that the UK must treat the plight of NEETs as a national priority, linking rising youth unemployment to inadequate training, housing costs and a fragmented policy framework.Milburn Commission Highlights Over 1 Million UK NEETsThe commission’s report, due in the autumn, shines a bright light on the 1 million young people aged 16‑24 who are not in education, employment or training. It criticises political attacks on welfare and “kids‑these‑days” rhetoric, insisting that the problem is fundamentally a policy failure.The Scale of the Crisis: Over 1 Million Young People Out of Work or Study1 million NEETs – roughly one in eight of the 16‑24 cohort.60 % are economically inactive, meaning they are not actively seeking work.Health‑related universal credit claims have risen in regions with fewer entry‑level jobs.Apprenticeship starts have fallen 35 % over the past decade.Why the UK Is Falling Behind Europe on Youth EmploymentCompared with other wealthy European nations, the UK records one of the highest rates of young people not in work or study. Contributing factors include:Housing inflation limiting independent living for young adults.Restrictive GCSE combinations that disadvantage less academic pupils.Chaotic further‑education reforms and the poorly‑implemented apprenticeship levy.Automation and AI‑driven profit growth that do not translate into entry‑level opportunities.A National Participation System: Pathway to Re‑engaging Young WorkersThe report proposes a new “participation system” that would coordinate work and pensions, health, education and business departments to pull young people into the labour market. While ambitious, the editorial stresses that without a clear, cross‑departmental mission the UK will continue to lose a generation to inactivity.

The Rise of Recursive Self-Improvement in AIThe word "recursion" is the latest buzzword in AI circles. Two separate startups have taken on the name, and many more have started referencing recursive self-improvement (RSI) in their roadmaps. Like AGI before it, RSI has become a three-letter byword for a cataclysmic AI takeoff – even if there's still a little disagreement about what it exactly means.In basic terms, RSI refers to an AI system that can continuously upgrade itself. Once AI systems can manage the upgrade cycle better than humans, the process can become a closed loop, limited only by the compute power they can access, and humans are no longer necessary or even helpful.Scary or not, that's a vision that a lot of AI labs are eager to chase.Key Players Pursuing Recursive SystemsEarlier this month, well-known AI researcher Richard Socher launched the aptly named Recursive Superintelligence with RSI as an explicit goal. "Our main focus is to build truly recursive, self-improving superintelligence at scale," Socher told TechCrunch at launch, "which means that the entire process of ideation, implementation, and validation of research ideas would be automatic."A number of other prominent researchers are already chasing that same goal, hoping for a breakthrough that will make recursive self-improvement possible.One of the most prominent is Andrej Karpathy, a legendary figure from Tesla and OpenAI, who is using agent swarms to train LLMs on simple tasks for a project he calls Auto-Research. Karpathy has been unusually open about the project, tweeting about milestones regularly and making the building blocks available through a public GitHub repo. So far, the work has mostly been confined to making minor improvements on a GPT-2 scale model — as Karpathy noted in March, "It's not novel, ground-breaking 'research' (yet)" — but it's been enough to convince lots of other researchers to follow the RSI dream. And with Karpathy now working on pre-training at Anthropic, he will have plenty of opportunity to apply the idea at a larger scale.Adaption — founded by Cohere and Google alum Sara Hooker — recently launched a similar tool called AutoScientist in an effort to automate frontier training. Like Karpathy's auto-researchers, the system trains agents to make incremental improvements — but for Adaption, the goal is to make it easier to train a full-scale frontier model. If those same researchers start to push the frontier forward, the system could quickly spiral into something very much like RSI.Disarray founder Doris Xin drew more specific RSI interest when her self-trained machine learning agent took home 28 medals in a recent Kaggle competition, beating out many human-trained agents. As she sees it, the major challenge is reliability."I would argue, given infinite compute and infinite time horizon, we are already there," Xin told me. "I want to make an argument that this is not a creative endeavor, really. It's just a lot of meat-and-potatoes engineering."The Current State of Self-Improving AIThere's also plenty of evidence that the AI industry isn't very close to recursive systems in any meaningful way — and is still grappling with talking to a wary public about its progress. So Google CEO Sundar Pichai basically admitted in a recent podcast interview."It's a continuum, and we are all definitely making progress," Pichai said. "But in the way people describe RSI, that would represent a next level of acceleration and would have a lot of implications, but we aren't quite there yet."But the continuum includes an awful lot of self-improving AI systems.In January, one of Anthropic's lead programmers for Claude Code estimated that "close to 100%" of his team's code was written by the tool — a frank admission that Claude Code was literally writing itself.Just because engineers are using an AI tool doesn't mean the tool can replace them — but Anthropic seems to be getting close to replacing engineers too. In a recent survey tied to the Mythos preview, five out of 18 Anthropic engineers believed that, with harness improvements, this version of Mythos could soon substitute for an L4 engineer — a midlevel programmer who can take on involved projects without supervision.Still, there were some of the same weaknesses you might expect."Some of Claude's major reported weaknesses compared to an L4 include: self-managing week-long ambiguous tasks, understanding org priorities, taste, verification, instruction-following, and epistemics," the report reads.In other words, its weaknesses are everything involved with self-direction, which is the cornerstone for RSI. But sure, for everything else, Claude is ready to step right in.Expert Perspectives on RSI TimelinesJust like the AGI term before it, the AI industry also can't tell us how far away it is from showcasing a meaningful recursive system. When Georgetown's Center for Security and Emerging Technology assembled a group of experts to study RSI last year, the group found a major split in assessments — some expecting an imminent "superintelligence" style explosion while others expected slower progress and an eventual plateau. But all agreed that recursion made the future especially difficult to predict.Helen Toner, director of CSET and a former board member at OpenAI, told TechCrunch that simply using AI tools to do AI research isn't enough to qualify as RSI. "They're just using AI for as much as they can," Toner told TechCrunch. "And I think that is different from the classic definition of RSI, which is really that there are no humans needed."Toner pointed to a recent post by METR's Ajeya Cotra, which distinguishes different milestones on the path to the AI research takeover. One step, which Cotra calls "adequacy," would come when the system can still perform research after all humans are removed — even if the resulting research isn't as valuable or efficient. "Parity" comes when an AI-only system is as good at research as a human-only system. "Supremacy," the final stage, comes when an AI-only system outperforms a collaborative system between humans and AI.Ultimately, Cotra concludes that AI is very close to the adequacy threshold of being able to produce some work on its own — similar to the incremental changes made by Karpathy's Auto-Research system. "I wouldn't be totally shocked if you told me this milestone had already passed, and I expect it to happen in the next couple years," Cotra wrote.She was less clear on when parity will come, but once it does, she thinks it would "massively accelerate the pace of AI progress, leading to AI research supremacy within another year."The Challenges Ahead for Recursive AIWith so much of AI built on scaling laws, there's a strong tendency to think RSI will follow the same curve. Toner thinks that many of those pursuing AI research and development via RSI "think of it as a pretty smooth ladder, where you can just keep scaling up."But even if AI researchers are able to make incremental improvements like Karpathy's auto-researchers, there will be larger challenges in handing off the whole process of research. Toner put it in terms of the history of computing, which has seen human beings handing off more and more of the process while still directing things from the top."We went from machine languages to assembly language and compiled languages; you're getting further and further from the guts of the computer," Toner said. "But the human is still, in some intuitive sense, running the show."Moving beyond that paradigm will take significant challenges, both in engineering and alignment. But even with the massive investments happening, there's no infinite compute available — and the basic trade-off between human labor and machine intelligence will be hard to overcome.The Future of Recursive Self-ImprovementAs for a total recursive AI system of apocalyptic visions? The only thing researchers essentially agree on is that, like AGI, it's not here yet.

Britain faces a looming fiscal shock of roughly £125 bn each year if the surge in youth worklessness is not tackled, according to a landmark review led by former Labour minister Alan Milburn.The Milburn Review Highlights a £125bn Fiscal DrainThe report, commissioned by the government, labels the growing cohort of young people outside school, work or training as a “lost generation”. It argues that the current trajectory is no longer affordable and may become unsustainable for public finances.Numbers Behind the Crisis: Over 1 Million NEETs and £8.1bn Benefits SpendNEET count in the three months to March 2026: 1,012,000 (first breach of 1 m since 2013).Average lifetime earnings loss per NEET (age 18‑24): £52,000 per year.Annual benefits cost for young people: £8.1 bn, with £4.4 bn directly linked to NEETs.Potential GDP boost if all NEETs were employed: £38 bn extra output.Estimated lifetime public‑finance impact per NEET: £29,000.Why the Growing NEET Population Undermines the UK EconomyThe surge coincides with the highest overall unemployment levels since the Covid pandemic and comes amid broader economic pressures from tax hikes and the fallout of the Iran war. The report warns that the longer a young person remains out of work or study, the costlier the intervention becomes, creating a multibillion‑pound “financial black hole”.Policy Paths and the Likelihood of ReformMilburn calls for a “fundamental reset” of policies across schools, the NHS and the welfare state, arguing that simply expanding work programmes will not address deep‑rooted issues. He estimates that £3.2 bn could be saved if NEETs were in work and earning above benefit thresholds. However, any new welfare reforms may face political resistance after recent controversial benefit changes.

The Lead: China's Bold Leap into Long-Duration SpaceflightChina has launched its Shenzhou-23 mission in which an astronaut will spend a full year in orbit for the first time, a crucial step in Beijing's ambition to send humans to the moon by 2030. The Long March 2-F rocket lifted off from the Jiuquan launch centre in north-western China on Sunday, carrying three astronauts to the Tiangong space station.The Mission Details: Historic Crew CompositionThe mission marks the first spaceflight ever undertaken by an astronaut from Hong Kong: Lai Ka-ying, 43, who previously worked for the territory's police. The other crew members are the space engineer Zhu Yangzhu, 39, and the former air force pilot Zhang Zhiyuan, also 39, who will be travelling into space for the first time.The Scientific Objectives: Preparing for Deep SpaceThe crew is expected to undertake numerous scientific projects in life sciences, materials science, fluid physics and medicine. A key experiment will be the full-year stay in orbit by one of the crew to study the effects of a long stay in microgravity, part of China's preparations for future lunar and possible Martian missions.Richard de Grijs, an astrophysicist and professor at Macquarie University in Australia, said the main challenges would be long-term effects on humans, including bone density loss, muscle wasting, radiation exposure, sleep disturbance and behavioural and psychological fatigue. He also underlined the importance of reliable water and air-recycling systems and the ability to manage potential medical emergencies far from Earth.The Lunar Ambitions: China's Moon RoadmapThe Shenzhou-23 mission is part of China's goal to land astronauts on the moon before 2030 in a race with Nasa's Artemis programme. Beijing is also testing the equipment required to reach its goal, with an orbital test flight of its Mengzhou spacecraft set for 2026. It will replace the ageing Shenzhou line and will carry China's astronauts to the moon.China hopes to have built the first phase of a manned scientific base, known as the International Lunar Research Station, by 2035. It also plans to welcome its first foreign astronaut, from Pakistan, to the Tiangong station by the end of this year.The Global Context: China's Space Program EvolutionBeijing has significantly expanded its space programmes over the last 30 years, injecting billions of dollars in a push to catch up with the US, Russia and Europe. It landed the Chang'e-4 probe on the far side of the moon, a world first, in 2019, and a rover on Mars in 2021.China has been formally excluded from the International Space Station since 2011, when the US banned Nasa from collaborating with Beijing, prompting it to develop its own space station project. This isolation has accelerated China's indigenous space capabilities, making the Shenzhou-23 mission a milestone in both scientific achievement and geopolitical space competition.

The Parent's Cricket Dream Every cricket-loving parent experiences that tiny flicker of hope that their child might become the next superstar. It's the irrational dream that the gods who blessed players like Sachin Tendulkar and Ellyse Perry might one day smile upon their own children. This hope begins the first time you wrap their chubby hands around a plastic bat or when they accidentally hit a tennis ball with surprising power. What parents truly hope for isn't fame or contracts, but simply that their children fall in love with the game. The author, a new father of two boys, already analyzes his children's physical attributes for cricket potential—long fingers for spin bowling, broad shoulders for powerful hitting. This is how cricket colonizes the mind, turning rational adults into amateur talent scouts studying toddler anatomy. Family Cricket Traditions Once cricket embeds itself deeply into your life, it becomes less a sport than a language through which everything else is understood. The author compares strategizing meal times and bedtime routines to captains discussing bowling changes, and positioning furniture to setting fields. This transformation of daily life through cricket's lens is a common experience for families deeply involved in the sport. The tradition of passing cricket through generations is highlighted by Sheahan Arnott, a club bowler in London whose father remains the record run-scorer at Bentley Cricket Club in Perth. They've played hundreds of games together, including a memorable moment when Arnott captained his father in his 500th game after he scored a century. For Arnott, the greatest cricket dream was playing alongside his father. The Joy of Shared Cricket Moments There is a unique joy in sharing cricket with family members that goes beyond individual achievement. The author inherited his love for cricket through his parents, who took him to the Wanderers stadium as a child. His mother drove him to endless coaching sessions, while his father offered infinite throwdowns in the garden despite working a full week. Their support transformed every small achievement into something significant. Mark Cooper, a 73-year-old cricketer, has played alongside his three sons and daughter with Millfields CC since the 1990s. He describes watching his children grow from young fielders to adults with their own lives, sharing magical moments like walking off together after hitting the winning runs. These shared experiences create bonds that transcend the sport itself. Balancing Dreams and Reality There is a delicate balance in passing on cricket passion without burdening children with parental expectations. The danger of projecting unfinished dreams onto children is as precarious as driving on the up in cricket. The trick is to pass on the obsession without passing on the burden, using cricket's intricacies as a guide. Cricket's grand tapestry is made with a million tiny stitches—properly filled-out scorecards, precisely packed cooler boxes, caring for an ageing ball. Sharing this wisdom with the next generation is both a responsibility and a privilege. The author acknowledges that his eldest son hasn't shown interest yet and his youngest can't even hold his head up, let alone a bat, but as a cricket tragic, he understands the value of patience and hope.

The Explicit RoleNot many actors are relieved when they have to film an eye-poppingly explicit sex scene, but that was the case with Jamie Bell on Half Man. His role involved chemsex in saunas, dogging in car parks and illicit quickies in library loos. "Honestly, I was so grateful to be shooting that stuff and not fucking 16-page dialogue scenes, where you're emoting and it's so intense," says Bell. "On days when my character had to have sex with random people, I'd think: 'Thank God!' Frankly, it came as a welcome reprieve."The Creative PartnershipRichard Gadd's first TV show since the Emmy-gobbling global Netflix hit Baby Reindeer, Half Man chronicles the combustible, codependent relationship between two "brothers from another lover". Niall (Bell) is bookish, bullied and closeted. Ruben (Gadd) is the swaggeringly violent ex-con son of his mother's girlfriend. The six-part drama – which reaches its devastating finale next week – traces the inseparable duo's toxic relationship across three decades.The role of Niall was written specifically for Bell. "I didn't realise that when I initially read the scripts," says Bell. "But later, when I met Richard in Los Angeles to discuss it, he said he wrote it with me in mind. I was incredibly flattered … It's a sensory experience reading Richard's material. He truly takes you to those places in your own life. It probes experiences you've kept hidden away somewhere and chosen to forget."Character ComplexityHe was drawn to his Half Man character's complexity. "I thought: 'Woah, this man is on such a destructive downward spiral …' He's got everything he wanted in life but still can't accept who he is. Niall is living as several different people and he's not comfortable with any of them."Bell really empathised with gentle Niall being drawn to such an aggressive alpha male. "Ruben is this disaster of a man. A bull in a china shop, destroying everything and everyone in his wake. Why doesn't Niall step away? Partly self-preservation. Niall feels vulnerable whereas Ruben is intimidatingly powerful. He can be Niall's protector. People fear him. Because of that, Niall latches on to him almost parasitically. Ruben becomes his life support system. I understood that 100%."I grew up in an all-female household and did ballet, so I used to attach myself to tough, troubled guys too. Not my kind of crowd at all but I'd rather have them on my team than not."Themes of Toxic MasculinityNiall struggles with his sexuality to the extent that he undergoes conversion therapy. As a straight man, Bell felt an acute sense of responsibility portraying that. "It's the centre of the character," he says. "The basis of all his issues. I took that very seriously. Niall's self-hate goes beyond shame or societal pressure. Somehow, his own sexuality doesn't sit right within his worldview. That, to me, is beyond sad. 'Be yourself' is the simplest advice yet at times, the hardest to adhere to." As a result of his turmoil, Niall goes to some dark places sexually. "Because of his repression, everything is guarded and hidden. That becomes the excitement. It's an addiction. He gets a kick from dangerous sex."With its portrayal of male rage and damaged antiheroes, Half Man taps into debates about toxic masculinity. Does Bell believe his gender is in crisis? "Look at who are the majority transgressors in this world," he says. "It's men, on all fronts – not just misogyny but conflict, crime, everything. It's important to shine a light on that. The conversation is ongoing. Hopefully this show adds something."The ImpactIt's no-holds-barred TV, full of sex, violence and gut-punch plot twists. "It's a brutal, beastly thing that Richard has created," says Bell. "I'd be lying if I said it was easy or fun to make." Yet the show represents a significant moment in television, pushing boundaries in its depiction of complex male relationships and sexuality. Bell's performance as Niall, combined with Gadd's writing and performance as Ruben, creates a character study that resonates with contemporary discussions about identity, self-acceptance, and the destructive patterns that can emerge from unresolved trauma.