Tech & AI

Researchers have developed a hybrid boride-aluminide coating that dramatically improves corrosion resistance in 3D-printed Inconel 718, a superalloy critical to aerospace and power generation. The finding addresses a major manufacturing bottleneck: defects created during 3D printing have made these parts vulnerable to saltwater corrosion, limiting their use in marine and offshore applications.EN

A new retrospective examines Jan Boman's foundational work in approximation theory and integral geometry—fields that underpin modern medical imaging, signal processing, and data analysis. His mathematical frameworks have quietly enabled technologies from CT scanners to wireless communications, making his career arc a case study in how pure research creates unexpected commercial value.EN

Swedish public transport authorities claim to plan for seamless end-to-end trips but actually pursue two conflicting strategies—one focused on individual users, the other on high-capacity corridors. The mismatch reveals why integrated mobility remains elusive despite billions in investment across Europe.EN

Researchers have developed a simpler, cheaper way to train multiple robots to find collision-free paths without needing a central control system. The breakthrough could accelerate deployment of autonomous systems in warehouses, factories, and delivery operations by dramatically reducing training complexity and computational overhead.EN

A review of 81 studies reveals that higher education institutions are failing to keep pace with industry demand for advanced digital skills training. The research identifies close university-industry partnerships as critical to success, signaling a major challenge for workforce planning and a business opportunity in the upskilling sector.EN

Researchers have discovered that ultra-thin silicon solar cells can partially repair themselves when exposed to the radiation environment of space, potentially making satellites far cheaper to build and maintain. The finding could shift economics in the booming commercial satellite market, where radiation damage currently forces costly upgrades or early retirement of spacecraft.EN

Researchers developed an AI system that optimizes how mobile charging stations serve autonomous electric vehicles, improving charging efficiency to 91.5% and reducing the number of vehicles that can be serviced by a quarter. The breakthrough suggests fleets could deploy cheaper vehicles with smaller batteries, lowering total ownership costs and accelerating EV adoption.EN

Scientists have developed a cost-effective method to manufacture high-entropy alloys—materials used in aerospace and power generation—by repurposing commercial ferroalloys and removing harmful impurities through slag refining. The breakthrough could lower production costs while maintaining the purity standards required for high-performance applications.EN

Researchers have created a roadmap for manufacturers shifting to Industry 5.0, a model that balances automation with worker wellbeing and sustainability. The framework identifies which management strategies work best at each stage of adoption, potentially accelerating the transition while reducing costly implementation failures.EN

Researchers have identified and quantified a fundamental barrier that prevents quantum systems from achieving perfect measurement accuracy, no matter how well they're engineered. The finding provides the first rigorous mathematical framework for this constraint, potentially reshaping how companies and labs design quantum sensors, imaging systems, and computing hardware.EN

Researchers have developed a scheduling system that reduces the expense of charging electric trucks during peak periods by 36%, primarily by minimizing battery wear and wait times. For logistics companies racing to electrify fleets, the finding suggests significant operational savings are within reach through smarter coordination of charging infrastructure.EN

Researchers have mapped out a comprehensive methodology for validating prestressed concrete railway sleepers—the foundation of modern rail infrastructure—using rigorous standards and real-world testing. The work provides rail operators and manufacturers a clearer path to certification while identifying a critical material factor that changes dramatically in the first six months of use.EN

Researchers have developed a new electrochemistry technique using nanoscale glass pipettes to detect individual molecules and nanoparticles with unprecedented sensitivity. The breakthrough could enable faster, cheaper disease diagnostics and accelerate development of point-of-care testing devices that don't require chemical labels or complex processing.EN

Researchers at HRI 2026 found that robots using interactive questioning to understand human feedback outperform those that blindly follow instructions. The advance matters because it makes deploying robots in real-world settings—warehouses, hospitals, homes—faster and cheaper by reducing the need for expert trainers.EN

Researchers have created a digital system that catalogs and tracks reclaimed precast concrete elements, enabling their reuse in new construction projects. The tool—tested on nearly 1,900 salvaged concrete pieces across Europe—could reduce waste in building demolition while cutting costs and carbon emissions in the circular construction industry.EN

Scientists have discovered that transformer AI models using common attention methods can effectively simulate more specialized focused-attention variants, potentially simplifying how companies build and deploy language systems. The finding suggests existing AI infrastructure may be more flexible than previously understood, with implications for optimizing model efficiency and performance.EN

A new analysis reveals why Sweden's industrialized construction sector thrives while America's manufactured housing languishes, despite similar technology. The study identifies four specific policy levers—from building code alignment to government-industry coordination—that could unlock cheaper housing production and address labor shortages plaguing U.S. builders.EN

Researchers have developed a technique that detects localized associations in spatial data—pinpointing where and how variables correlate instead of relying on averaged measurements that can obscure real patterns. The method could improve forecasting and decision-making in fields from forestry to urban planning by revealing variations that existing tools overlook.EN

A new study finds that while digitalization can cut emissions and waste in factories, most manufacturers are failing to deploy these technologies effectively. The barrier isn't technical—it's organizational resistance, cost concerns, and supply chain misalignment that are blocking progress on the "twin transition" toward sustainable digital operations.EN

Researchers have developed a process to extract valuable chemicals and energy from halophytes—plants that thrive on salt-damaged land unsuitable for crops. The breakthrough could create a new feedstock for biofuel production without competing for agricultural resources, offering industries an economically viable path to sustainable energy.EN

Researchers have developed a method that automatically assigns tasks to multiple robots and generates collision-free paths in real time. The advance could cut planning time for warehouse automation, delivery fleets, and other industrial operations that depend on coordinating many moving agents simultaneously.EN

Researchers have developed an experimental manufacturing system that transforms polymer waste into high-performance composites suitable for industrial use. The breakthrough combines machine learning with mechanical testing to create recycled materials that meet commercial standards, potentially reducing plastic waste while cutting production costs for manufacturers.EN

When electric vehicles charge to help balance the electrical grid, they introduce electrical distortion that degrades power quality for nearby customers, a new study warns. The finding matters to utilities and regulators planning to rely on EV charging as a flexible resource—they'll need to account for these hidden costs or risk customer complaints and equipment damage.EN

Researchers found that lithium-ion cells using waste materials from barley husks could cut manufacturing emissions by 99% compared to early lab versions—but still require twice the energy of conventional factories. The findings reveal a critical gap: sustainable battery materials won't deliver real climate benefits without breakthrough manufacturing innovations.EN

Researchers have refined a decades-old mathematical technique to better predict how multiple droplets evaporate on surfaces—a problem relevant to manufacturing, coating processes, and microfluidics. The modified method offers engineers faster, more accurate calculations without expensive computer simulations, potentially reducing design time and costs across industries reliant on precise evaporation control.EN