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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.

Lead: NASA’s New Moon‑Base MilestoneNASA revealed that Blue Origin will conduct the first uncrewed lunar lander mission in a series of three scheduled for 2026, marking the agency’s initial move toward a $20 bn moon base. The decision, announced by NASA Administrator Jared Isaacman, places Bezos’s company ahead of SpaceX for this critical early contract.Blue Origin Secures First Uncrewed Moon Base MissionThe award designates Blue Origin’s Endurance cryogenic cargo lander to deliver scientific payloads to the Shackleton‑de Gerlache Ridge at the lunar south pole. The mission, targeted for launch as early as fall 2026, will be the first privately funded lunar lander flight in history.Contract awarded to Blue Origin over competing bids.Mission to test critical capabilities for future human‑landing systems.Part of a broader NASA roadmap that includes more than a dozen additional lunar missions through the decade.Financial Terms and Timeline of the 2026 Lunar MissionsNASA has allocated $230.4 million for each of the first two moon‑base missions, with the agency covering the majority of operational costs.Funding per mission: $230.4 million.2026 schedule: Three uncrewed missions, followed by “more than a dozen” missions in subsequent years.Related contracts: Smaller awards to Lunar Outpost, Firefly Aerospace, and other private firms supporting lunar‑to‑Mars projects.Strategic Implications for U.S. Lunar Ambitions and Private Space CompetitionThe selection underscores the Trump administration’s push to accelerate the Artemis program and establish a permanent lunar presence ahead of China. By leveraging private industry, NASA aims to lower taxpayer costs, stimulate a space‑economy job market, and maintain U.S. leadership in deep‑space exploration.Creates a direct competitive dynamic between Blue Origin and SpaceX for future crewed lander contracts (Artemis III, Artemis IV).Supports the “blueprint for an enduring lunar presence” with a target of operational capability by 2029‑2032.Aligns with national space policy goals of a “golden age of exploration” and a semi‑permanent lunar settlement.What Lies Ahead for NASA’s Moon Base and Commercial Lander DevelopmentFollowing the 2026 uncrewed flights, NASA will evaluate the performance of both Blue Origin’s Blue Moon lander and SpaceX’s Starship HLS during the Artemis III test mission in low‑Earth orbit. Successful demonstrations are expected to pave the way for crewed landings on Artemis IV (planned for 2028) and the eventual construction of Moon Base One.Industry observers anticipate that continued private‑sector involvement will accelerate technology maturation, reduce launch costs, and expand the commercial market for lunar payload services, setting the stage for a sustained human presence on the Moon.

The Rise of AI-generated History Influencers “I have just arrived in Tudor London, 1536,” a young woman in a green puffer jacket tells the camera. “I’m going to check in at my room in the inn, get into the market. Then, later I am meeting the actual king – yep, Henry VIII – in person.” On YouTube and other social platforms, users are flocking to watch AI-generated “history influencers”, characters that vlog their travels to historical settings. The Popularity of Chloe VS History One of the most popular channels is Chloe VS History, with more than 610,000 Instagram followers and 15m views on YouTube. Viewers can watch Chloe try eel pie at a Tudor market, explore the first-class suites on the Titanic and take a plunge in an ancient Roman bath. The format has been replicated by other channels, such as Janella Through Time, Nova VS History and Esmetimetravels. Popular destinations include ancient Rome, Pompeii, the wild west and England during the Black Death. The Creator's Vision The creator of Chloe VS History, 32-year-old Jonathan Laramy, said the goal was to “get younger people more interested” in different periods of history. “History is a very visual experience, but it’s just not taught that way,” he said. “It’s taught via a textbook. And that is not compatible with lots of students. So why not use the technology we have to bring that to life in a really visceral way? The Impact on History Education Adam Smith, a historian at Oxford University, believes the format could “massively enhance” how history is taught to young people. “What these AI [videos] are doing is connecting with that visceral, tangible sense of: ‘Oh my God, that could have been me, that was an earlier version of me.’ It’s quite a deep-seated psychological need in many people, to understand themselves in time.”

A rapid expansion of data‑centres around Santiago’s Quilicura wetland is siphoning billions of litres of water, turning one of Chile’s largest swamps into a dry plain and intensifying a 15‑year mega‑drought. The Wetland’s Vanishing: On‑the‑Ground Observations in Quilicura Rodrigo Vallejos, a final‑year law student, first noticed the change five years ago when the once‑lush Quilicura wetland – spanning 468.4 hectares (about 1,200 acres) – began to dry out. He now works with the activist group Resistencia Socioambiental de Quilicura, documenting how the area, once a key urban biodiversity zone, is turning into “a wetland without water.” Water Consumption Numbers: Billions of Litres Drained Annually Experts estimate that the largest data‑centres in the district – operated by Google, Microsoft, Brazilian Ascenty and Chilean Sonda – consume roughly 1.5 bn litres of water each year. The scale is illustrated by the following figures: 33 data‑centres are currently operating, with 34 more planned. Google’s water rights allow extraction of up to 50 litres per second, equivalent to the annual use of 8,500 Chilean households. Water‑based cooling systems dominate, using far more water than air‑cooled alternatives. Ecological and Social Fallout: Why Chile’s Tech Push Risks a Mega‑Drought Crisis The water draw aggravates a national mega‑drought that has persisted for over 15 years. Climate scientist Pablo Sarricolea warns that by 2070 precipitation could fall sharply while average temperatures rise from 15.6 °C to 17.4 °C, increasing evaporation and further stressing water supplies. Residents also point to limited job creation and the lack of transparent reporting on water extraction. Company statements differ: Microsoft claims its Chilean sites rely on air‑based cooling, reducing water use, while Ascenty argues its water consumption equals that of only 16 households. Nonetheless, activists argue that prioritising water for tech firms over local communities raises ethical concerns. Looking Ahead: Relocation, Regulation, and the Future of Chile’s Data‑Centre Strategy Chile’s national data‑centre plan, launched under former President Gabriel Boric, aims to position the country as Latin America’s tech hub. Experts suggest a shift to water‑rich southern regions to balance growth with ecological limits. Stronger industry regulation, transparent water‑use reporting, and investment in air‑cooled or renewable‑energy‑based cooling could mitigate the crisis. Without such measures, the Quilicura wetland may become a stark symbol of how unchecked digital infrastructure can deepen climate vulnerability in already water‑scarce regions.

Spotify's AI Music Strategy Spotify's chief executive has defended the company's move into AI-generated music, claiming it offers users and creators a better alternative to piracy and unregulated AI slop. The New Feature Last week, the platform announced a new feature in which premium users will be allowed to create their own, AI-generated remixes and song covers using music from participating artists. The feature comes as a part of a deal with Universal Music Group that sent Spotify's shares up 16% last week. The Data Analysis Spotify's feature will cost extra money, and allow 'one song to become 10,000', said Norström. There appears to be clear demand for AI-generated music, with three AI-generated songs topping music charts last year, including Spotify's. The Impact Analysis Ed Newton-Rex, a composer and campaigner for protecting artists' copyright, said: 'I think if you are going to have AI music, it's clearly better that you have AI music that is rooted in consent.' However, he also warned that the feature could lead to human artists facing greater competition from AI-generated work. The Prediction Newton-Rex said Norström's decision to frame Spotify's move as a choice to prioritise curated AI content over AI slop elided the more real, pressing competition between human artists and AI-written music. 'The framing is absolutely AI music versus human music. Whenever someone listens to AI music on Spotify, they are not listening to a song that is simply made by a human. There are only so many hours that you listen to music in a day.'

Celebrating Queer Nightlife Through Photography A new photo book titled 'Sex, Clubs, Dissent: Visualising Queer Nightlife' offers a striking defence of the culture-shaping role of snapshots taken inside and after queer clubs. Edited by writer and London dancefloor regular Amelia Abraham, the anthology takes an expansive view of nightlife photography from the 1960s until today. The Book's Diverse Collection The book features contributions from artists such as Wolfgang Tillmans, Sunil Gupta, and Kia LaBeija, showcasing a wide range of nightlife photography. The image selection is cacophonous, ranging from film stills and studio portraits to Grindr screenshots, taking readers on a nonlinear dance through scenes of queer sociality. A Platform for Marginalized Voices The book aims to rebalance the history of queer nightlife, which has often focused on white gay men. The cover features a 1978 photo by Meryl Meisler, 'Two Women Embrace on Floor Next to Jupiter's Legs, Les Mouches, NY', highlighting the intention to include marginalized voices. A Celebration of Queer Expression The book includes a generous selection of images from Del LaGrace Volcano's archive, documenting meetings of leather-clad lesbians in London, as well as never-before-published photos from two trans community archives in Mexico City and Buenos Aires.

The Erosion of the Quad's Cohesion The Quadrilateral Security Dialogue alliance, or Quad, has been struggling to define its purpose in recent months. The grouping, which consists of India, Japan, Australia, and the US, was formed to counterbalance China's rise in the Asia Pacific region. However, under US President Donald Trump's second term, the coalition has sputtered, say analysts, with Washington pivoting away from the region as its top priority back to the Western Hemisphere and the Middle East. Uneven Alignment and Structural Problems The Quad's cohesion has waxed and waned amid shifting US priorities. A planned leader-level Quad meeting in New Delhi last year failed to materialise amid diplomatic tensions and competing priorities. The grouping has pursued low-risk initiatives such as vaccines, critical technologies, supply chains, and maritime domain awareness, but these are seen as second-order achievements. As US Forces Leave Asia, Fears Grow Within the Quad The redeployment of US forces and warships from the Asia Pacific to the Middle East has further deepened unease within the bloc. When Washington moved troops from Japan to the Middle East, Tokyo saw it as a removal of a direct check on Chinese power at a time when Beijing is conducting large-scale military exercises around Taiwan. Anxiety Over Abandonment Fuels Deeper Asia Pacific Hedging For Japan, the optics of the Trump-Xi summit were alarming. Tokyo has responded by doubling down on ramping up its own security, with a defence budget up 9.4 percent for fiscal 2026, hitting 2 percent of GDP two years ahead of schedule. Beijing sees the same hedging dynamic playing out across other Quad members, with India, Australia, and Japan each recalculating their position.

The Strategic Selection of Five PartnersThe US Department of Energy has officially selected five companies to enter advanced discussions regarding the utilization of surplus Cold War-era plutonium as fuel for nuclear reactors.Oklo and newcleo are leading the initiative.Other partners include Exodys Energy, SHINE Technologies, Standard Nuclear, and Flibe Energy.Financial and Material MetricsThe announcement comes with significant market movement and material volume implications.Oklo saw its stock price surge by over 5.5 percent to $69.51 per share.The program targets approximately 20 metric tonnes of weapons-usable plutonium.The material has a half-life of 24,000 years and is currently held at guarded facilities in South Carolina, Texas, and New Mexico.Policy Shifts and Geopolitical ImplicationsThis move represents a major pivot in nuclear waste management and defense posture.The Trump administration halted a previous disposal program to provide this material for advanced reactors.Senator Edward Markey and others raised concerns, noting the material could produce roughly 2,000 nuclear bombs, citing proliferation risks.US Energy Secretary Chris Wright, a former Oklo board member, played a key role in facilitating this transition.The Path Forward for Nuclear LiabilityIndustry leaders view this as a critical step in modernizing the energy grid.Oklo cofounder and CEO Jacob DeWitte emphasized that this creates a pathway to use existing surplus material as bridge fuel, while Stefano Buono of newcleo highlighted the reduction of US nuclear liabilities. The program aims to help companies secure private funding by offering a solution to the disposal problem.

The India-US Critical Minerals Framework India and the United States have signed a framework agreement to secure supplies of critical minerals and rare earths, including their mining and processing, according to the Indian Ministry of External Affairs and the US embassy in India. What are Critical Minerals and Why are They Significant? Critical minerals are nonfuel minerals used to manufacture batteries, clocks, wiring, military hardware, semiconductors, and other technological products. The US describes them as “essential to the economic or national security of the US” and having “a supply chain vulnerable to disruption”. The Data Analysis: Critical Minerals Stockpile India has 13.15 million tonnes of monazite, a phosphate mineral that contains rare earth oxides, one of the main natural sources of rare earths. The Indian government estimated that the country’s monazite contains 7.23 million tonnes of rare earth oxides (REOs). By comparison, a US Geological Survey report estimated that China has an estimated 44 million tonnes of REOs in its reserves, almost half of the world’s known reserves. The Impact Analysis: Reducing Reliance on China The US and other countries rely heavily on China for these minerals, and Washington, especially under President Donald Trump, has pushed to diversify US sourcing of these minerals to reduce reliance on China. The deal matters for India because its ambitions for critical minerals development require financing, and secure offtake. The Prediction: Future Cooperation and Investment The Quad countries have also agreed to share information on good practices and technical approaches for permitting, licensing, and other regulatory processes. They also agreed to cooperate on recycling and recovery of critical minerals, including during processing, to strengthen supply chains and promote the recycling of critical minerals among Quad partners and “like‑minded” countries.