Naked AI as is

Origami Meets Robotics: A Folding Revolution Engineers have taken inspiration from the ancient Japanese art of origami and applied it to robotics. Imagine a single plastic cubed structure that can transform into over 1,000 different configurations using just three active movements. These "transformer bots" adapt to their environment, whether it's navigating tight spaces or unfolding into larger structures. It's like having a Swiss Army knife robot at your service¹. Self-Powered 'Bugs' Skim Across Water for Environmental Data Meet the aquatic "bugs" that don't need batteries. Researchers have developed self-powered devices that skim across water surfaces, collecting environmental data. These tiny marvels could revolutionize aquatic monitoring, from tracking pollution levels to studying marine ecosystems. Nature-inspired innovation takes flight—well, glide—on water¹. Generative AI Pioneers Child Language Learning In the realm of education, generati

Fungus-Controlled Robots Tap Into the Unique Power of Nature In a surprising twist, researchers have turned to the forest floor for inspiration. By harnessing fungal mycelia's innate electrical signals, they've created "biohybrid" robots. These robots respond to nature's cues, navigating terrain and performing tasks with uncanny precision. Imagine a robot powered by mushrooms—truly a blend of science and magic. Artificial Intelligence Improves Lung Cancer Diagnosis Meet the digital pathology platform that's changing the game for lung cancer patients. Using cutting-edge AI algorithms, this platform enables fully automated analysis of tissue sections. Faster, more accurate diagnoses mean better outcomes for patients. The future of medicine is here, and it wears an AI lab coat¹. Beetle-Inspired Navigation Systems for Drones and Satellites Nature has been tinkering with navigation for millions of years. Now, scientists are taking cues from a beetle that pushes dun