Tech & AI

A systematic review of 875 research papers reveals that companies are deploying autonomous AI decision-makers across strategy, operations, and hiring—but significant gaps remain in accountability and transparency. The finding underscores an urgent need for governance frameworks as businesses scale up AI agents without clear rules about who's responsible when things go wrong.EN

Researchers have built and tested a working blockchain system that lets colleges issue tamper-proof digital diplomas and verify credentials instantly. The technology could save institutions millions in fraud losses while streamlining hiring and credential verification for employers worldwide.EN

Researchers embedded iron oxide nanoparticles into wax-based cooling materials attached to solar panels, reducing operating temperatures by 11°C under peak sunlight. The passive system requires no electricity and could unlock significant performance gains for solar farms without costly infrastructure—a promising pathway to improve returns on PV installations.EN

Researchers have created a closed-loop system that pairs digital simulations with physical sensors to track patient health in real time, enabling personalized care and faster clinical decisions. The approach could transform how hospitals monitor high-risk patients and reduce costly complications, though companies will need to solve privacy and interoperability challenges before widespread adoption.EN

Researchers have validated a decades-old theory about how rough surfaces wear under pressure, using computer simulations that match real-world physics. The findings could improve predictions for machinery, bearings, and manufacturing tools—helping engineers design longer-lasting parts and reduce costly failures in industrial applications.EN

Researchers identified critical barriers preventing industrial adoption of VR and AR maintenance systems—from usability problems to data security gaps. The findings matter because manufacturers investing in metaverse-based repair workflows need to address these issues before implementation, or risk costly project failures.EN

Researchers discovered that a widely used chemical model for converting biomass into fuel has violated basic physics for decades, miscalculating how much tar escapes during heating. The fix, now implemented in new software, could improve efficiency predictions for industrial biofuel production and help energy companies optimize their conversion processes.EN

Researchers found that adding thin mesh layers to aging concrete beams can boost their strength by 50%, potentially extending infrastructure life and reducing replacement expenses. The method uses common materials and simple installation, making it attractive for maintenance contractors and building owners facing costly repairs.EN

Engineers have successfully modeled what happens inside a freezing water droplet, revealing that internal flow reverses at a specific temperature. The finding could improve designs for aircraft anti-icing systems, power line protection, and heat management in refrigeration—areas where droplet icing causes costly failures and safety hazards.EN

Researchers have developed a reliable method to test contaminated sulphide soils in the laboratory without expensive and environmentally risky excavation. The breakthrough could unlock billions in construction materials while reducing waste and hazardous site remediation costs for infrastructure projects worldwide.EN

Researchers have created a computational model that accurately predicts how lime mud—a waste byproduct from pulp and paper production—decomposes when heated. The tool could help mills improve efficiency and reduce costs in a key recycling process used across the industry.EN

Researchers have demonstrated that mixing textile factory sludge with plastic waste and heating it to 500°C produces usable fuel oil and biochar. The finding offers manufacturers a practical waste-to-energy solution that could reduce landfill pressure while creating revenue from byproducts.EN

Generative AI combined with 3D printing can now design custom leg braces and orthotics tailored to individual patients—cutting design time and material waste while improving fit. But biomechanical complexity and workflow gaps are slowing real-world rollout, according to a new systematic review that maps both the opportunity and the barriers.EN

Researchers have identified bacterial cellulose as a practical, low-cost material that dramatically improves lithium battery performance and lifespan. The discovery could reshape how companies manufacture batteries for electric vehicles, grid storage, and consumer electronics—potentially reducing costs while extending product reliability.EN

Researchers have developed a machine learning system that accurately predicts how different types of hydroelectric turbines perform under varying operating conditions. The breakthrough could help utilities optimize power generation and reduce inefficiencies across aging dam infrastructure.EN

Researchers have identified high-voltage electrostatic actuators as a viable alternative to traditional motors for haptic feedback in wearables and smart devices. The technology promises thinner, quieter, more efficient products—opening a new design frontier for consumer electronics and industrial applications alike.EN

Researchers have developed an AI tool that lets factory managers ask questions in plain English to unlock insights buried in production data, rather than requiring specialized data science skills. The breakthrough could help manufacturers identify efficiency gains and cost savings faster, though the study reveals the technology still struggles with complex queries.EN

Researchers have identified chemical co-solvent combinations that significantly reduce the energy needed to regenerate carbon-capture solvents, a major cost barrier to scaling the technology. The findings could make post-combustion CO₂ capture—already the most commercially viable method—cheaper to operate at industrial plants and power facilities.EN

Swedish researchers have developed an optimization method that lets manufacturers design shared human-robot workstations without sacrificing worker welfare for productivity gains. The approach simultaneously addresses conflicting demands—faster robots, lower energy use, and better ergonomics—making it practical for small-batch, custom production runs where flexibility matters most.EN

Researchers found that repeated freezing cycles permanently weaken polyimide materials commonly used in aerospace, refrigeration, and space systems—making them more prone to creeping and failure at room temperature. The discovery could force manufacturers to redesign critical seals and gaskets, or replace them more frequently, affecting supply chains and maintenance costs across industries dependent on cryogenic technology.EN

A survey of 44 mining experts across the EU and Australia reveals the industry is moving toward automation and remote operations, but faces a critical barrier: getting experienced miners to retrain. Companies that proactively invest in worker education now may gain a competitive edge in the green transition; those that don't risk operational disruption.EN

Researchers have engineered titanium-based alloys that balance three critical properties—strength, corrosion resistance, and high-temperature stability—opening doors for aerospace and automotive manufacturers. By carefully controlling the mix of elements, the team achieved materials that perform well in harsh environments without the usual trade-offs that typically compromise one property to gain another.EN

Researchers have engineered a composite material that dramatically improves heat transfer in carbon dioxide capture systems, slashing the energy demand of industrial CO2 removal. By adding graphene to zeolite adsorbents, the team achieved a sevenfold boost in thermal efficiency—a breakthrough that could make direct air capture and emissions reduction technology economically viable for heavy industry.EN

Researchers developed a scaled laboratory technique using sub-terahertz radar to image miniature drones and study how radar detects aircraft-sized targets. The breakthrough could help defense contractors and airport operators improve detection systems for small unmanned vehicles, a growing security concern.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