Tech & AI

Researchers found that adding thiocyanate to perovskite nanoparticles significantly strengthens terahertz radiation output—a finding with immediate applications in wireless communications, medical imaging, and security screening. The discovery maps a clear path to commercializing perovskite-based THz emitters, potentially disrupting markets dominated by expensive semiconductor alternatives.EN

Researchers have cracked a major durability problem in perovskite solar cells—a promising but fragile technology—by inserting a thin oxidizing layer that prevents degradation under sunlight. The fix boosts both efficiency and real-world operational stability, moving perovskites closer to commercial viability in the $200+ billion solar industry.EN

Researchers have developed a fluorine-free electrolyte for lithium metal batteries that maintains performance while reducing manufacturing complexity and expense. The breakthrough matters to EV makers and battery suppliers racing to lower production costs while meeting safety and flame-resistance standards—potentially opening cheaper pathways to next-generation battery technology.EN

Researchers have cracked a longstanding problem in AI-powered image editing: getting the tool to change only what you want without mangling the rest. The breakthrough could speed up creative workflows in design studios, e-commerce, and media companies by reducing the back-and-forth needed to fix unwanted alterations.EN

A new study finds that large language models struggle to maintain consistency when changes ripple across interconnected software components like databases and data models. This gap forces developers into costly manual repair cycles—a problem that could undermine the efficiency gains companies expect from AI-assisted development tools.EN

Researchers have mapped a complete pathway to turn sawdust into liquefied synthetic natural gas—and identified where energy is being wasted. The findings could cut production costs and emissions for a process that lets existing gas infrastructure handle renewable fuel without major retrofits.EN

Researchers have developed a solid electrolyte using affordable, abundant materials that stabilizes sodium-ion battery performance without sacrificing energy density. The breakthrough could accelerate commercialization of sodium batteries as a lithium alternative for grid storage and electric vehicles, potentially reducing battery costs by 30-40% within five years.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 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

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

Researchers using computational modeling discovered that porphyrin molecules naturally prefer to sit loosely on silver surfaces rather than bond chemically, a finding that could reshape how scientists design catalysts and molecular devices. The result contradicts behavior on copper surfaces and suggests metal choice critically determines how engineered molecules behave in industrial applications.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 made the first direct measurements of how rare particles called sigma baryons interact with atomic nuclei, filling a critical gap in understanding the composition of neutron stars. The findings could help resolve a decades-old physics puzzle about what prevents neutron stars from collapsing under their own weight—knowledge that ultimately informs models of extreme cosmic objects.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

A new stability analysis shows that flexible household and industrial loads can effectively replace some functions of conventional power plants, helping grids manage the frequency swings created by renewable energy. The finding opens a path for utilities to defer expensive infrastructure upgrades by recruiting smart appliances as virtual power reserves.EN

Researchers have developed a flexible zinc-ion battery that maintains 90% capacity after 800 charge cycles and works even when folded or bent. The breakthrough combines a carbon-based cathode with a dual-layer gel electrolyte, potentially unlocking new markets for wearable electronics, flexible displays, and devices that must survive mechanical stress.EN

A Swedish region used AI to synthesize 1,500 citizen contributions into a 2040 strategy, proving that algorithms can expand democratic participation across municipalities. But the experiment revealed a critical risk: AI tools can flatten complex local concerns into oversimplified patterns, potentially reinforcing existing power structures rather than surfacing marginalized voices.EN

A three-year study of a manufacturing SME reveals how management teams can turn digital strategy from a buzzword into real operational change. The research shows that strategy execution—not strategy alone—determines which factories modernize successfully and which fall behind in an increasingly digital supply chain.EN

Researchers have developed a low-cost technique to synchronize radar networks without expensive long-distance signal sharing, solving a critical barrier for detecting stealth aircraft and improving detection accuracy. The breakthrough could reshape how defense contractors and infrastructure operators deploy multi-radar systems at a fraction of current expenses.EN

A new study reveals Nigeria's vast mineral reserves could fund critical infrastructure projects, but institutional chaos and weak regulation are blocking the opportunity. The research outlines a concrete reform roadmap—including mining license requirements and cross-agency coordination—that could unlock billions in development while creating regional economic leverage.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

Scientists have discovered that a poorly understood group of bacteria can break down propionate—a key bottleneck in anaerobic digesters that convert organic waste into biogas. The finding could improve efficiency at wastewater treatment plants and biogas facilities worldwide, making waste-to-energy systems more economically viable.EN

<p>The demand for light-weight polymeric materials such as polyether ether ketone (PEEK) is increasing for advanced engineering components, like polymeric gears. However, the intrinsic limitations of PEEK, including...EN

Researchers have identified seven critical attributes that should guide software engineering teams when defining research problems tied to industry needs—from financial criteria to stakeholder input. The finding addresses a persistent gap: most software research skips rigorous problem definition, leaving companies uncertain whether academic work will solve their actual challenges.EN

Researchers using high-speed imaging have identified three distinct patterns of molten metal defects that form during laser cutting of thin stainless steel—and linked each to specific operating conditions. The findings could help manufacturers reduce waste and improve precision in cutting thin materials used in medical devices, electronics, and aerospace components.EN