Tech & AI

A new audit of nine Swedish business schools reveals stark differences in how systematically they're preparing faculty and staff for artificial intelligence work. The gaps suggest some institutions are leaving employees unprepared for the AI transition—a competitive risk as companies expect universities to produce AI-capable graduates and staff.EN

A new paper argues that quantum-based mathematical models can explain why human brains outperform AI systems in creative and adaptive thinking—and suggests building AI using quantum principles could finally replicate these uniquely human capabilities. The finding could reshape how companies develop next-generation AI systems and influence billions in R&D spending.EN

Engineers have developed a mathematical framework to predict how cracks spread through polyoxymethylene—a widely used industrial plastic—under stress. The breakthrough could help manufacturers design more reliable components for automotive, medical, and consumer products while reducing costly field failures and recalls.EN

Researchers have developed a faster way to verify security in software systems that change their own architecture on the fly—a growing challenge for cloud platforms and autonomous systems. The approach cuts analysis time significantly while checking larger, more complex systems than before, potentially opening the door to runtime security checks that don't bog down performance.EN

Swedish researchers found that a highly antibiotic-resistant E. coli strain causing severe urinary tract infections was actually less likely to trigger sepsis than other variants—a counterintuitive result that could reshape how doctors assess infection severity and treatment urgency. The finding complicates clinical risk stratification and has implications for hospital infection control protocols globally.EN

Engineers have developed a self-updating diagnostic system that detects equipment failures even under conditions it has never encountered before—without requiring constant retraining. The advance combines digital twins, AI adaptation, and autonomous learning loops, potentially slashing downtime and maintenance costs across manufacturing, energy, and infrastructure sectors.EN

Researchers identified four high-impact areas where AI can predict outages, manage demand, and secure electrical systems. The catch: the work stops at planning stage, leaving a gap between what's theoretically possible and what utilities can actually deploy today.EN

Researchers have developed FioRa+, a system that updates firmware on sensors powered by harvested solar and kinetic energy without draining their batteries. The breakthrough matters for IoT deployments in remote locations—farms, infrastructure, and industrial sites—where replacing failed devices is costly and time-consuming.EN

Researchers have developed a thermodynamic-guided manufacturing process that produces beta-tricalcium phosphate—a key material in bone implants and regenerative medicine—with 99%+ purity. The three-stage approach eliminates costly impurities and could reduce manufacturing defects, lowering production costs for orthopedic and dental device makers.EN

Researchers have identified ways to dramatically improve biomethane's climate profile by capturing and reusing carbon dioxide currently released during production. Two standout approaches—recycling CO₂ into additional methane and using it for concrete curing—can achieve negative emissions, potentially unlocking a more competitive renewable fuel for transport and industry.EN

A new security vulnerability in next-generation aviation networks could expose aircraft-to-ground communications to tampering and eavesdropping during critical handover moments. Researchers have developed a quantum-resistant fix—critical as airlines and regulators race to deploy these systems before hostile actors develop the quantum computers that could crack current encryption.EN

Swedish researchers have developed AKAASH, a new security system protecting controller-pilot data link communications—the digital backbone replacing radio voice in modern air traffic control. As airports worldwide adopt this technology to handle more flights, the system defends against hacking, spoofing, and impersonation attacks that could ground aircraft or cause safety incidents.EN

Researchers identified seven viable ways to capture and reuse CO₂ waste from biogas production, with five technologies ready for near-term deployment. The finding offers biogas operators a path to higher margins while reducing emissions—but uncertainty around costs and performance still requires industry testing before widespread adoption.EN

Researchers have found that point absorber arrays—devices that harvest energy from waves—can significantly reduce platform motion when integrated with floating offshore wind turbines. The discovery could make floating wind farms more stable and cost-effective, expanding where wind energy can be deployed in rougher seas.EN

Researchers have developed an unsupervised technique that automatically identifies the most relevant features in large, unstructured datasets without requiring human labeling. The approach could accelerate AI model training and reduce computational costs for enterprises dealing with high-dimensional data across industries from healthcare to finance.EN

Researchers have developed a technique that lets AI language models search through multiple knowledge databases simultaneously to answer questions more accurately. The approach could improve customer service chatbots, research tools, and decision-support systems by reducing errors and giving companies faster access to insights buried in their data.EN

Researchers have identified the key factors that convince consumers to adopt autonomous vehicles using advanced statistical modeling. The findings could help automakers, insurers, and policymakers design better strategies to accelerate market adoption and understand where consumer hesitation remains.EN

A new review examines how robots can better perceive, understand, and respond to human workers in shared factory spaces. As manufacturers push toward more collaborative automation, the ability for machines to intuitively interpret human gestures and intentions becomes critical to productivity and worker safety.EN

Researchers have mapped out validation standards for emerging wristband and sensor-based blood pressure devices that don't require traditional cuffs, potentially opening a major consumer health market. The framework could accelerate regulatory approval and deployment in hospitals, homes, and wearables—reshaping how millions monitor hypertension without daily discomfort.EN

Researchers have developed a metal foam structure that accelerates heat absorption in geothermal storage systems, potentially lowering installation costs and improving efficiency for building heating applications. The advance could make geothermal a more competitive renewable energy option for commercial real estate and district heating projects.EN

Researchers have developed a new approach to Demazure operators applied to double cosets, extending tools used in automorphic forms and modular function theory. The work builds on recent advances in differential operators and could streamline computational methods in number theory and related fields that depend on these mathematical structures.EN

Scientists have created a dual-function treatment that uses near-infrared light to both destroy cancer cells and generate real-time images of tumors as therapy unfolds. The advance could streamline cancer drug development by enabling doctors to see treatment effectiveness instantly, reducing the need for separate diagnostic imaging and cutting costs in clinical trials.EN

Researchers found that adding curved deflectors to Savonius hydrokinetic turbines significantly improves their ability to capture wave and current energy. The low-cost modification could accelerate commercial deployment of marine renewable systems, reducing costs for coastal power generation and helping utilities meet clean energy targets.EN

Researchers have developed a faster way to coat silicon solar cells that improves their performance while cutting manufacturing costs. The bilayer coating can be applied at room temperature, eliminating an expensive heating step that currently slows down production—a potential game-changer for solar manufacturers competing on cost.EN

Researchers have created a solid-state battery that can recharge itself using sunlight, combining energy storage with power generation in a single device. The breakthrough could reduce charging infrastructure needs and cut costs for electric vehicles, drones, and remote applications where traditional charging is impractical.EN