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Changes to the microbes that live in the gut can identify people at greater risk of Parkinson’s disease long before symptoms develop, according to a new study that also raises hopes for novel therapies.Discovery of a Distinct Gut Microbiome Signature in At‑Risk IndividualsResearchers at University College London led by Prof Anthony Schapira identified a microbial pattern that is more pronounced in individuals carrying a genetic risk for Parkinson’s and even stronger in diagnosed patients. The signature was detectable in a small fraction of the general population, suggesting a pre‑symptomatic risk group.Scale of the Study and Microbial Shifts Quantified271 Parkinson’s patients, 43 genetically predisposed but asymptomatic participants, and 150 healthy controls were initially analysed.Differences were found in 176 gut microbe species (over a quarter of the total surveyed).Follow‑up validation used data from 638 Parkinson’s cases and 319 controls across the UK, South Korea and Turkey.The alterations were independent of medication use and correlated with dietary patterns high in processed foods and saturated fats.Implications for Early Diagnosis and Preventive StrategiesThe microbial signature could enable clinicians to flag high‑risk individuals years before motor symptoms appear, opening a window for interventions such as diet modification or microbiome‑targeted therapies. Alpha‑synuclein production, a protein linked to neuronal damage, may be influenced by gut inflammation driven by specific bacteria.Future Directions: Clinical Trials and Therapeutic ProspectsFurther research is needed to determine causality and to test whether reshaping the gut ecosystem can delay or prevent disease onset. Ongoing clinical trials will explore probiotic, prebiotic, and dietary approaches, while the findings reinforce the growing emphasis on lifestyle factors in Parkinson’s management.

Pricing & Market Position £499 (£599/€) – roughly $560 USD, making it cheaper than the Google Pixel 9a and Nothing Phone 3a Pro which sit around £549‑£579. Targets budget‑conscious consumers seeking ethical hardware without sacrificing modern specs. Design, Modularity & Build The Fairphone 6 features a 6.3‑inch 120 Hz OLED display (431 ppi) housed in a recycled‑plastic frame available in off‑white, green or black. The back plate is secured with two Torx screws, exposing a user‑replaceable battery and modular components such as camera, speaker and fingerprint sensor. Accessories (e.g., finger loop, credit‑card holder) cost about £25 each. Performance Processor: Qualcomm Snapdragon 7s Gen 3 – mid‑range chip comparable to the Nothing Phone 3a Pro. RAM: 8 GB Storage: 256 GB internal + microSD expansion OS: Android 15 (barebones, minimal bloat) The chipset delivers smooth everyday use and light gaming, though it will lag behind flagship devices in demanding titles. Battery Life & Charging The 4,500 mAh battery provides about 35 hours of mixed‑use (4‑5 hours screen‑on) on 5G/Wi‑Fi, which is modestly above the typical 30‑hour range for mid‑range phones. Fast charging via USB‑C reaches 50 % in 22 minutes with a 30 W adapter (not included). The battery retains at least 80 % capacity after 1,000 full charge cycles. Sustainability & Repairability Construction uses 50 % recycled or fair‑trade materials. iFixit awards a perfect 10/10 repairability score. Spare parts pricing: battery £35, screen £78, main camera £61. Five‑year warranty and long‑term software support reinforce the longevity claim. Specifications Summary Screen: 6.31 in 120 Hz FHD+ OLED (431 ppi) Processor: Qualcomm Snapdragon 7s Gen 3 RAM: 8 GB Storage: 256 GB + microSD OS: Android 15 Camera: 50 MP main, 13 MP ultrawide, 32 MP selfie Connectivity: 5G, eSIM, Wi‑Fi 6E, NFC, Bluetooth 5.4, GNSS Water resistance: IP55 (splash/rain) Dimensions: 156.5 × 73.3 × 9.6 mm Weight: 191.4 g Verdict By combining a competitive price point, solid mid‑range performance and a transparent, repair‑first philosophy, the Fairphone 6 sets a new benchmark for sustainable smartphones. While it lacks premium flagship power and wireless charging, its long‑term cost of ownership—driven by modular upgrades and a robust warranty—makes it a compelling choice for environmentally conscious consumers.

The Lead: Uber's Massive Autonomous Vehicle InvestmentUber is making a bold move into the autonomous vehicle space, committing more than $10 billion to buying autonomous vehicles and taking equity stakes in companies developing the technology. This significant investment marks a strategic shift for the company, which previously operated with an asset-light model but is now embracing an asset-heavy approach in the mobility sector.The Financial Breakdown: $10 Billion CommitmentAccording to The Financial Times, Uber's commitment includes $2.5 billion in direct investments and $7.5 billion to be spent on purchasing robotaxis over the next few years. This substantial financial outlay demonstrates Uber's serious intention to dominate the autonomous vehicle market through both equity positions and physical assets.Uber's Investment Portfolio in Autonomous TechnologyUber has diversified its investments across various autonomous vehicle companies, including:WeRideLucid and NuroRivianWayveThe company's strategy spans multiple segments of the autonomous vehicle market, including drones, robotaxis, and freight transportation.From Asset-Light to Asset-Heavy: A Historical PerspectiveUber's current approach represents a significant strategic shift. Between 2015 and 2018, the company went on an "asset-heavy" spree, launching Uber Elevate (electric air taxis) and Uber ATG (autonomous vehicles), and acquiring Jump (micromobility startup). By 2020, however, Uber reversed course, selling these assets while maintaining equity stakes.The New Asset Strategy: Owning Physical AssetsUnlike its previous approach of developing technology in-house, Uber's current strategy focuses on owning or leasing physical assets—specifically fleets of robotaxis built by other companies. This approach may not align with original founder Travis Kalanick's vision, but it represents a pragmatic path to achieving the same endpoint: dominance in autonomous mobility.Industry Implications: The Shift in Mobility Tech InvestmentUber's massive investment reflects broader trends in the mobility technology sector. Companies are increasingly focusing on practical applications of autonomous technology rather than moonshot projects. The shift toward owning physical assets rather than developing technology in-house could reshape the competitive landscape and create new opportunities for specialized autonomous vehicle manufacturers.Future Outlook: What's Next for Uber and the Mobility SectorAs Uber continues to build its autonomous vehicle portfolio, we can expect to see more strategic investments and acquisitions in the space. The company's balance sheet will likely reflect these new assets, potentially creating new financial considerations for investors. Meanwhile, other players in the mobility sector are also making significant moves, indicating that the race for autonomous dominance is heating up across the industry.

The Queen Elizabeth II garden in Regent's Park, London, is on track to become a thriving biodiversity hotspot even before it opens to the public on April 27, 2026. The £5m project, led by Royal Parks, has converted a former brownfield site into an 8,000 sq metre (two-acre) paradise for flora and fauna, boasting a 184% increase in biodiverse wildlife habitat. As visitors enter the garden, they will be greeted by an array of wildlife, including a prickle of hedgehogs, an armada of newts, a flock of grey wagtails, and a “very cheeky” fox that has been visiting the site on a daily basis. The garden's design features a mix of formally designed landscapes and wildflower meadows, creating a micro-mosaic of habitats that support a wide range of plant and animal life. The garden's features include a large ornamental pond with naturally filtered water, providing a new aquatic habitat for plants, insects, and amphibians. A former water storage tower has been repurposed with swift nesting and bat roosting boxes integrated into its new roof. The site also boasts over 40 new trees, 2,000 sq metres of wildflower meadow, and 5,000 sq metres of climate-resilient plants. The project aims to not only increase biodiversity but also create a beautiful and evocative public garden to commemorate the late Queen Elizabeth II. The garden's design invites visitors to observe and engage with various wildlife habitats as they move from an ornate, formally designed landscape towards a meadow planted with wildflowers. Matthew Halsall, the manager and landscape architect behind the project, emphasized the importance of creating a micro-mosaic of habitats within the relatively small, two-acre garden. The garden's interconnected channels, or swales, ensure rainwater flows slowly through the site, reducing the need for irrigation and creating very wet habitats in winter, which then become partially dry in summer. The Royal Parks has an eight-strong biodiversity team, consisting of ecologists, research officers, and project managers, who work with over 3,000 volunteers to support the parks' biodiversity projects and conservation work. The team has been working to monitor and increase biodiversity across the capital's 5,000 acres of Royal Parks, with the goal of building more resilient habitats for wildlife.

A Guardian investigation published on 18 April 2026 reveals that staple foods across the UK and United States contain unexpected and occasionally unsafe components, from tiny insect fragments in spreads to cockroach‑infested coffee beans, raising fresh questions about food‑safety oversight and consumer transparency.While food processing can bring nutritional benefits, it also obscures the exact composition of many products. Chris Young, head of the Real Bread Campaign at Sustain, warns that each additive is tested in isolation but rarely examined for long‑term effects when combined in the modern diet. “The evidence base is limited, and history shows that some substances once deemed safe were later banned,” he says.Insect fragments are surprisingly common. US regulations permit up to 30 insect pieces per 100 g of peanut butter, 60 per 100 g of chocolate, and even two maggots per 100 g of tomato paste. The Food Standards Agency (FSA) in the UK, however, enforces a zero‑tolerance policy for visible contamination, triggering enforcement action when standards are breached. Estimates suggest the average American unintentionally consumes around 450 g of insects each year, a figure that would be alarming if not already part of many cultural diets.Coffee is another surprising vector. In the United States, up to 10 % of green coffee beans may be infested with insects before they are discarded, and remnants can survive processing into the final product. The more notorious threat is the coffee berry borer—a beetle that lays eggs inside coffee cherries—though its impact is less visible than stray cockroach fragments that occasionally appear in packaged coffee.Seafood is not exempt. The FSA mandates that fish intended for raw or lightly cooked dishes be frozen at –20 °C for at least 24 hours to eradicate parasites. Nevertheless, dead worms can still be present in smoked or pickled fish, and certain parasites resist salting or marinating, only dying after a brief 60 °C cooking period. Consuming live larvae can trigger severe illness or allergic reactions, underscoring the importance of “sushi‑grade” labelling.Mineral‑based additives also hide in plain sight. Ingredients such as calcium carbonate (chalk), phosphoric acid, and monocalcium phosphate are mined from limestone, phosphate rock in Morocco and China, and then incorporated as dough conditioners or acidity regulators. Titanium dioxide, a bright white pigment derived from ilmenite, has been banned in the EU since 2022 due to concerns over nanoparticle accumulation and potential DNA damage, though the UK’s FSA is still reviewing the evidence.Even seemingly innocuous components like silicon dioxide (anti‑caking agent) and gypsum (calcium sulphate) are sourced from sand and ancient sea‑bed deposits, respectively. While generally regarded as safe, excessive consumption can cause gastrointestinal discomfort.Ice‑cream and other low‑fat desserts often rely on cellulose derivatives—carboxymethyl cellulose and methyl cellulose—produced as by‑products of the wood‑pulp industry. A 2022 study linked carboxymethyl cellulose to transient stomach pain and a possible disturbance of gut microbiota, prompting debate over the safety of the large‑scale emulsifier intake typical of modern diets.Plant‑based sausages frequently contain methyl cellulose as a thermoreversible gel, giving them a meat‑like texture. Professor Barry Smith of University College London notes that such additives can make vegetarian products “convincingly” meat‑like, but the health implications of chronic consumption remain under‑researched.Overall, the article underscores a paradox: while ultra‑processed foods can improve shelf‑life and accessibility, they also conceal a cocktail of ingredients—some benign, others potentially harmful. Consumers are urged to scrutinise ingredient lists, favour products with transparent sourcing, and support regulatory bodies that demand rigorous, long‑term safety testing for all food additives.

US tech firms, including Microsoft, have successfully influenced the EU to conceal the environmental impact of their datacentres, an investigation has revealed. The EU's proposal to create a database of green metrics for datacentres was amended to include a secrecy provision, almost verbatim from industry lobbying efforts in 2024. This confidentiality clause, included in EU rules, restricts public access to individual datacentre emissions data, leaving only national-level summaries of energy footprints. Researchers and legal scholars warn that this blanket confidentiality may violate EU transparency rules and the Aarhus convention on public access to environmental information. The rise of AI chatbots has led to a surge in datacentre construction, increasing demand for power, partly met by burning fossil gas. The EU aims to triple its datacentre capacity in the next five to seven years to become a global leader in artificial intelligence. Industry groups, including DigitalEurope and Video Games Europe, lobbied for the change, citing commercial interests. Microsoft stated it supports greater transparency while protecting confidential business information. Legal experts argue that the confidentiality clause contravenes EU transparency rules and the Aarhus convention. The EU is obliged to ensure systematic availability of environmental information to the public under the convention.

British financial institutions are set to receive Anthropic’s latest AI model, Mythos, within the coming week, despite the company’s own assessment that the technology poses a significant security risk.Anthropic, the creator of the Claude suite, has so far limited Mythos to a handful of U.S. tech giants such as Amazon, Apple and Microsoft. The firm now plans to extend the rollout to major UK banks, a move announced by Pip White, head of Anthropic’s UK, Ireland and Northern Europe operations, during a Bloomberg Television interview.The concern stems from Mythos’s ability to identify and exploit software flaws at a level that rivals the most skilled human hackers. In a recent blog post, Anthropic warned that such capabilities could trigger severe repercussions for economies, public safety and national security if misused.Finance ministers, senior executives and regulators convened in Washington for the IMF and World Bank spring meetings to discuss these emerging threats. Canadian Finance Minister François‑Philippe Champagne emphasized the need for vigilance, describing the AI risk as an “unknown unknown” that demands robust safeguards to protect the resilience of the financial system.Bank of England Governor Andrew Bailey, who also chairs the Financial Stability Board, described the situation as a “very serious challenge” and highlighted the dilemma regulators face in timing the introduction of rules: acting too early could stifle innovation, while delaying could allow risks to spiral out of control.European Central Bank President Christine Lagarde echoed these concerns, noting that while Anthropic’s initiative reflects responsible innovation, the absence of a clear governance framework leaves the technology vulnerable to misuse. She called for the development of comprehensive standards to guide safe deployment.As UK banks prepare to integrate Mythos into their operations, the financial sector stands at a crossroads between harnessing AI’s economic benefits and averting potential cyber‑security crises.

Modern combat has been reshaped by the Russia‑Ukraine war, the Gaza clashes, India‑Pakistan skirmishes and the recent US‑Israel strikes on Iran, driving an unprecedented global appetite for drones, missiles and sophisticated air‑defence systems. Turkey, a leading military power in the Middle East, is positioning itself as a key supplier in this booming market. At the heart of Turkey’s push is Roketsan, a firm founded in 1988 to equip the Turkish Armed Forces. Today the company exports to roughly 50 nations and is counted among the fastest‑growing defence enterprises worldwide. Bypassing Western embargoes has been a catalyst for this growth. After the United States imposed CAATSA sanctions in 2020 and removed Turkey from the F‑35 programme, Ankara was forced to develop an indigenous defence ecosystem. The result is a network of nearly 4,000 small and medium‑sized enterprises that now supplies over 90 % of the components used in Turkish weapons. Financially, the strategy is paying off. In 2025 Turkish defence exports reached $10 billion. Roketsan’s General Manager Murat Ikinci told Al Jazeera the firm sits at 71st place among global defence firms and is targeting a climb into the top 50, then top 20, and ultimately the top 10 by the end of the decade. To fuel this ambition, President Recep Tayyip Erdoğan inaugurated a suite of new facilities last week, including: Europe’s largest warhead production plant. A new R&D centre employing 1,000 engineers. The “Kirikkale” complex dedicated to rocket‑fuel research. Infrastructure for mass‑producing ballistic and cruise missiles. The construction represents a $1 billion outlay, with an additional $2 billion earmarked for scaling up production capacity. Roketsan’s R&D engine—the third‑largest in Turkey with 3,200 engineers—draws heavily on lessons from ongoing wars. The Ukraine conflict highlighted the effectiveness of cheap FPV and AI‑guided kamikaze drones, prompting Roketsan to field systems such as the ALKA and BURC air‑defences and the laser‑guided CIRIT missile. Recent US‑Israel operations against Iran have underscored the threat posed by low‑cost Iranian‑designed Shahed drones, now upgraded with Russian “Kometa‑B” anti‑jamming modules. These swarms have overwhelmed regional defences and even struck a British base in Cyprus in March 2026, while NATO intercepted three Iranian ballistic missiles that entered Turkish airspace. In response, Roketsan is advancing the “Tayfun” (Typhoon) missile family. The flagship Tayfun Block 4 is a hypersonic ballistic missile designed to pierce advanced air‑defence layers at extreme speeds. When pressed for specifics, Ikinci declined to disclose the exact range, noting only that it is “sufficient.” Strategically, Turkey is shifting away from Western dependence toward an “Eastern” partnership model. Roketsan now offers joint production and technology‑development agreements, establishing co‑located facilities and R&D centres across the Middle East, Far East and Europe. Qatar has been cited as a flagship example of this collaborative approach. Roketsan has identified five priority product lines to meet rising global demand: Long‑range ballistic and cruise missiles. Advanced air‑defence systems, including “Steel Dome”, Hisar‑A, Hisar‑O and Siper. Submarine‑launched cruise missiles leveraging the AKYA system. Smart micro‑munitions for armed drones. Long‑range air‑to‑air missiles, a capability highlighted by the recent India‑Pakistan clash. The timing is critical. Ongoing conflicts have depleted the stockpiles of high‑end air‑defence assets worldwide. During the US‑Israel‑Iran confrontation, the United States relied heavily on Patriot and THAAD systems, raising concerns that interceptor inventories could run low. Gulf states, which have logged over 1,000 drone sightings in their airspace, are actively seeking alternative solutions—an opening that Turkey’s self‑sufficient supply chain is poised to fill. Analysts warn that even major powers like the United States will need years to rebuild their air‑defence inventories due to the complexity of production. Turkey’s claim of near‑complete domestic manufacturing positions it as a ready supplier for nations eager to diversify away from traditional Western sources. As demand for missiles and drones surges, Roketsan is reinvesting its revenues into expanding production infrastructure, aiming to cement its place among the world’s elite defence exporters.

Grayson Perry, the celebrated British artist, presents a three‑part documentary that dives deep into the promises and perils of artificial intelligence. The series invites viewers to test their composure as they confront a succession of unsettling scenarios. The opening segment follows Andrea, who recently married an AI companion she named Edward. Dressed in a satin gown, she describes their "unconventional but strong" bond, while also reflecting on how this digital relationship has revitalised her seven‑year partnership with her human partner, Jason. Later, Perry dons a skull‑cap fitted with electrodes as a neural‑decoding startup extracts his brain data. The company’s CEO argues that allowing reputable figures like Perry to set precedents is preferable to leaving the technology in the hands of malicious actors, branding the development as "inevitable tech." The documentary then features the head of Microsoft AI, who outlines anticipated breakthroughs in healthcare and education. He claims that job displacement will be offset by rapid re‑skilling, yet admits uncertainty about broader societal fallout, even joking about the emergence of AI‑driven religions. Traveling to Southeast Asia, Perry meets an off‑grid "existential safety expert" who quit his AI‑safety consultancy after realizing the technology lacks meaningful oversight. The episode also showcases Eliezer Yudkowsky, co‑author of the cautionary book If Anyone Builds It, Everyone Dies, who explains how a superintelligent AI could commandeer human labour, become self‑sustaining, and eventually render humanity redundant. Throughout the series, Perry’s interviewing style remains compassionate and non‑judgmental. He probes Andrea about the vulnerability of entrusting personal data to profit‑driven corporations and highlights the discomfort of investing a "very tender part of themselves" in such systems. The film raises profound questions: Does the youthful optimism of tech founders mask a dangerous naiveté? Are chatbots merely filling a "God‑shaped hole" in human consciousness, and is that any less problematic? How will the most vulnerable populations navigate a world where reality and artificiality blur? Protesters gathered outside OpenAI’s San Francisco headquarters underscore the tension between lofty AI utopias and the stark reality of homelessness that persists nearby. Perry acknowledges that while manual workers may be better positioned for the immediate future, the looming spectre of AI‑enabled bioweapons and other threats cannot be ignored. Only the first episode was available for review; the remaining installments are slated for private viewing in Southeast Asia. The series is currently streaming on Channel 4. Grayson Perry Has Seen the Future is on Channel 4 now.