Curious about how to secure renewable-dominant power systems? A team from Shandong University developed a method combining GBDT and FP-Growth algorithms. It quickly assesses cascading failure risks, defines DC power-focused risk indexes, and identifies critical lines. Validated on a real hybrid AC/DC system, it offers reliable support for stable renewable energy transmission—worth exploring for insights into power system safety!

Imagine a tiny patch that could heal stubborn wounds with just a bit of light! Scientists have developed microneedles that release healing agents when exposed to near-infrared light. These innovative patches show remarkable potential for treating diabetic wounds by reducing inflammation and promoting faster healing. Discover how this breakthrough could revolutionize wound care in our latest report.

Discover a groundbreaking leap in smart tech: a new flexible sensor that blends silver and polyurethane for dual superpowers—ultra-sensitive detection or rock-solid stability. Developed via innovative wet spinning and metal deposition, it captures tiny movements for health trackers while staying reliable in smart clothes. Plus, it heats up, fights bacteria and blocks electromagnetic waves. This game-changing fiber is set to revolutionize wearables, making next-gen health and daily tech smarter than ever.

Discover how researchers are revolutionizing civil engineering with a new deep learning model that can analyze complex structural systems faster and more accurately than ever before. Learn about the innovative approach that could transform digital twin technology and enhance the safety of our buildings and infrastructure.

Discover how low cholesterol levels might actually pose health risks! A new study in Engineering reveals that both low and decreasing cholesterol levels are linked to higher mortality risks, challenging common beliefs. Find out why maintaining optimal cholesterol levels is crucial for your health.