Tech & AI

A new study warns that deploying robots without considering diversity risks widening workplace inequality for women, minorities, and disabled employees. Researchers propose a framework for responsible automation that aligns with UN sustainability goals, offering practical guidance for companies wanting to ensure robots benefit all workers, not just shareholders.EN

Researchers tested two identical six-story timber buildings built on different concrete foundations and soil types, finding that foundation choices—not the timber structure itself—drove differences in how buildings vibrate and would perform in earthquakes. The findings could reshape how engineers design timber buildings in seismic zones and influence construction costs.EN

A new legal analysis reveals how investment regulation has become deeply embedded across EU law—from internal market rules to foreign subsidy controls—creating overlapping jurisdictions that could reshape how companies invest across Europe. For multinational firms and policymakers, the shift signals growing tension between protecting the EU's autonomy and maintaining open markets.EN

Researchers have redesigned hydraulic pumps using additive manufacturing to slash pressure losses by up to 85% and reduce weight by 35%, using only minor design tweaks. For industries relying on hydraulic systems—from construction to aerospace—the shift could trim maintenance costs and energy consumption while simplifying production.EN

Researchers have developed a framework to predict how opinions evolve when people disagree on interconnected topics—and when some refuse to change their minds. The model could help companies, platforms, and policymakers understand and anticipate polarization dynamics in online discourse and organizational decision-making.EN

A survey of Brazilian high school teachers reveals significant barriers to integrating generative AI like ChatGPT into classrooms, including plagiarism concerns and insufficient digital skills. The findings highlight a critical gap between AI's educational promise and teachers' readiness, with implications for education systems across Latin America seeking to modernize their workforce.EN

Researchers have developed a method to isolate and study organelles from specific plant cell types—a capability that could accelerate crop breeding and agricultural biotech. The technique, called IPTACT, uses genetic tagging and magnetic beads to extract plastids from individual tissues, enabling detailed molecular analysis previously impossible at this resolution.EN

Researchers created an automated system that resolves conflicting design priorities when choosing windows and blinds—balancing energy efficiency, comfort, and lifecycle costs. The framework could help architects and building managers make faster, data-driven decisions that reduce both operational expenses and environmental impact.EN

Researchers have developed a decision-making system that combines building design software, optimization algorithms, and ranking methods to help construction teams navigate competing demands: cutting energy use while maintaining thermal and visual comfort and controlling costs. The approach accelerates consensus among architects, engineers, and energy specialists—a critical bottleneck in green building projects across Europe.EN

Researchers have developed a command governor system that allows military aircraft to execute extreme maneuvers while automatically preventing structural damage or loss of control. The approach could reduce pilot training costs and expand the operational envelope of existing fighter fleets without expensive airframe redesigns.EN

Researchers have developed algorithms that let vehicles pinpoint their location with GPS-level accuracy using only wheel speed and inertial sensors—a breakthrough for autonomous driving in tunnels, urban canyons, and other GPS-denied zones. The finding matters to automakers and navigation companies racing to make self-driving cars reliable everywhere, not just in open sky.EN

Researchers testing a mathematical approach to revise train timetables found it works well for small problems but bogs down on larger networks, taking excessive time to confirm optimal solutions. The finding exposes a critical computational barrier for rail operators seeking to dynamically reschedule trains and maintenance across busy systems.EN

Researchers have proven that two seemingly different types of mathematical sets are actually identical under specific conditions, and that certain functions remain stable even on irregular spaces. The finding simplifies how engineers and scientists can model real-world systems, from material properties to signal processing, by reducing computational complexity in their calculations.EN

Researchers discovered that titanium nitride targets used in semiconductor production don't form as expected during sputtering—a finding that challenges decades of industrial assumptions. The discovery could improve thin film quality and help manufacturers better predict and control their coating processes.EN

Researchers used a decision-making framework to rank interior window blinds and found that venetian blinds at 0° offer the best balance of energy savings, thermal comfort, and cost. The work could help building designers and facility managers make faster purchasing decisions that align with their priorities.EN

Researchers have developed precise methods to measure how much 'capacity' exists in curved and weighted mathematical spaces—a problem that's stumped scientists for years. The breakthrough could have practical applications in machine learning, network design, and optimization algorithms that navigate high-dimensional data.EN

Researchers have developed a faster way to predict how materials behave when packed with small rigid inclusions—a common scenario in composites, aerospace parts, and industrial components. The asymptotic method cuts computational time compared to traditional simulation, offering manufacturers a tool to optimize material performance and reduce design cycles.EN

Researchers have developed a framework to identify how complex systems work even when the actual input signals are unknown or hidden. The advance could accelerate diagnostics in manufacturing, finance, and infrastructure monitoring—sectors where measuring true system inputs is expensive or impossible.EN

Researchers have defined when database systems can efficiently handle complex queries using a restricted set of logical operations. The finding resolves a decades-old question about computational limits, offering database engineers clearer design rules for building faster systems that can handle larger datasets without exponential slowdowns.EN

A comprehensive review reveals fundamental flaws in how companies measure material hardness across different scales—inconsistencies that lead to failed products, costly conversions between testing methods, and unreliable quality control. The findings expose why engineers cannot easily compare results from different hardness tests, a problem affecting everything from aerospace components to smartphone glass.EN

Researchers have developed faster, more accurate methods for determining orientation in 3D space—a critical capability for autonomous vehicles, drones, and industrial robots. The new approach significantly outperforms existing industry-standard filters, potentially improving navigation reliability and reducing computational costs across aerospace and manufacturing sectors.EN

A new study shows that resource-strapped small companies can successfully adopt eco-friendly design practices when universities provide hands-on support like knowledge transfer and environmental assessments. The finding matters because small firms drive much of the innovation needed to tackle climate change—but they lack the internal expertise to do it alone.EN

Researchers have developed an EEG-based system that detects which sound source a person is focusing on in noisy environments—a breakthrough for the "cocktail party problem." The technique could improve hearing aids, call center quality control, and brain-computer interfaces by automating attention detection.EN

Researchers have demonstrated a more reliable method for tracking objects inside buildings using ultra-wideband signals, a problem that has long limited indoor positioning systems. The advance could unlock new applications in warehousing, robotics, and augmented reality—markets where centimeter-level accuracy indoors remains a competitive advantage.EN

A small-scale study of English teachers in Sweden found that hands-on training in digital literacy—paired with dedicated time to experiment—changed how they use technology in the classroom and boosted collaboration among staff. The finding suggests that professional development programs focused on practical application, rather than theory alone, may offer organizations a cost-effective way to modernize teaching practices.EN