Tech & AI

A new workshop proceedings examines practical methods for integrating emerging technologies into education and training programs. For educational institutions and corporate training departments, the findings offer guidance on adopting AI and intelligent systems to improve learning outcomes and workforce readiness in an increasingly digital economy.EN

Scientists have built a microscopy platform that observes living 3D cell cultures in real time while simultaneously measuring the physical forces around them. The technique could accelerate drug development and tissue engineering by revealing how cells behave in conditions closer to the human body—information that's currently difficult and time-consuming to obtain.EN

A new study of operating room dynamics reveals that surgeons adopt robotic systems while secretly working to maintain human authority. The findings suggest hospitals and device makers must rethink how robots and doctors share decision-making power—or risk undermining the very collaboration they're designed to enable.EN

Researchers have developed a predictive maintenance model that identifies which hydropower plant components are most likely to fail and when they need servicing. The approach could help utilities cut downtime, extend equipment life, and maximize renewable energy output as global demand for clean power surges.EN

Researchers used machine learning to forecast rock hardness in real-time from drilling equipment sensors, enabling mines to optimize operations and reduce expenses. The technique, tested at a copper mine, could significantly improve drilling efficiency across the global mining industry.EN

Researchers discovered that copper slag—the waste byproduct of smelting—contains recoverable metals locked in glass rather than traditional mineral forms. Using acid leaching instead of conventional extraction methods, companies could unlock copper and zinc from stockpiles, creating a new secondary supply source without mining virgin ore.EN

Scientists at CERN have developed a new method to accurately identify exotic particles created in high-energy collisions, solving a decades-old problem in particle physics. The breakthrough could accelerate discovery of new physics and improve the reliability of experiments worth billions in funding and infrastructure.EN

Researchers have created a practical guide for manufacturers to select and combine digital technologies that work together to boost efficiency and sustainability. The framework addresses a real problem: most factories struggle to know which tools to deploy and how to integrate them, risking wasted investment in disconnected systems.EN

Researchers have identified a major barrier to recycling billions of tons of copper slag annually: zinc contamination prevents it from working as a cement substitute. The study reveals exactly how zinc interferes with slag chemistry, potentially unlocking a massive new market for industrial waste while reducing landfill burden and cement demand.EN

Researchers have created the first unified framework for organizing digital pathology teaching cases across multiple institutions, using a standardized medical vocabulary that allows hospitals to share and search educational materials. The system could accelerate training for pathology students and reduce duplication of effort among healthcare providers building their own case libraries.EN

Researchers have developed a system to record why engineers make specific changes to model designs—not just what changed. The framework could reduce costly review delays and miscommunication in industries like aerospace and automotive, where multiple teams work on interconnected system designs.EN

A study of automotive design reviews reveals that standard videoconferencing tools like Microsoft Teams create significant friction when paired with specialized CAD software, forcing engineers to waste time on workarounds rather than actual design work. As remote work becomes permanent, manufacturers face a choice: upgrade their digital infrastructure or accept persistent productivity losses.EN

Researchers have transformed discarded carpet fibers into a viable concrete reinforcement material, boosting concrete strength by up to 26% while reducing environmental waste. The finding could unlock a circular economy opportunity for construction firms and waste management companies seeking profitable uses for the 5+ million tons of carpet waste generated annually.EN

A study of eight Swedish language teachers reveals that generative AI is forcing schools to rethink how they teach writing, assess student work, and manage classroom dynamics. The findings suggest policymakers and education leaders need clearer guidance on when and how to deploy AI tools without undermining core learning objectives.EN

A newly discovered correspondence between mathematicians William Feller and Józef Marcinkiewicz from July 1939 contains an unpublished mathematical result that challenges earlier calculations by Harald Cramér. The letter, delayed in transit through World War II, offers historians a rare window into how scientific knowledge was transmitted—and sometimes lost—during the 20th century's upheaval.EN

Researchers have identified a specific shielding gas mix that dramatically reduces cracking and defects when 3D-printing Inconel 718, a critical superalloy used in jet engines and turbines. The finding could accelerate adoption of additive manufacturing in aerospace, reducing waste and production costs while improving component reliability.EN

Researchers have developed Gen-JEMA, an AI framework that makes directed energy deposition—a metal 3D printing process—easier to monitor and understand. The system combines multiple sensor inputs to predict quality outcomes in real time while reducing hardware costs, potentially lowering barriers for manufacturers adopting the technology.EN

Researchers have developed a new iron-based alloy mix that replaces nickel in industrial steel production while delivering equivalent strength and hardness. The discovery could reduce manufacturing costs and supply-chain risk for automakers and tool producers who depend on nickel imports.EN

Researchers used computer modeling to identify which blast parameters most affect how ore breaks apart during underground mining. The findings could help operators reduce waste, improve ore recovery, and lower processing costs at large mines—potentially saving millions annually per operation.EN

Researchers at CERN deployed machine learning to search for theoretical particles called top squarks that could indicate physics beyond current scientific understanding. Finding nothing yet, they've set new limits on where these particles could hide—refining the search space and advancing how scientists use AI to analyze complex physics data.EN

Swedish researchers discovered that real estate brokers who earn customer trust become intrinsically motivated to stay in their jobs, reducing turnover intentions significantly. The finding suggests that focusing on relationship-building and trust-earning may be more effective for retaining talent than salary increases alone.EN

Researchers have published the first publicly available method for automatically converting simulation models into hardware-accelerated systems, addressing a critical bottleneck in digital twin development. The breakthrough could significantly reduce time and cost for manufacturers deploying real-time industrial simulations, a core requirement for Industry 5.0 adoption.EN

Researchers reviewed 45 studies on using digital twin technology to monitor elderly patients at home, predict health problems, and personalize treatment. While the technology shows promise, the review found virtually no real-world implementation data—a critical gap for healthcare companies and policymakers considering investment in remote care solutions.EN

Swedish researchers combined degradation forecasting with life-cycle cost analysis to show how faster trains affect railway maintenance expenses and track lifespan. The method helps infrastructure managers make informed speed-versus-cost tradeoffs, potentially saving millions in unnecessary maintenance or preventing costly underinvestment.EN

Researchers have mapped out how airlines and military operators can use digital twins and health monitoring systems to anticipate equipment breakdowns and optimize maintenance schedules. The approach could reduce unplanned downtime and extend asset life across complex aircraft operations.EN