Recent research from St. Jude Children's Research Hospital has mapped the neuronal connections between the brain and spinal cord crucial for motor function using innovations like virus tracing and 3D brain mapping. This work enhances our understanding of neural networks and offers a valuable atlas for future therapies targeting motor impairments.

Researchers at POSTECH have developed a real-time visualization system using Chiral Liquid Crystal Elastomer (CLCE) to monitor color shifts that indicate deformation in stretchable electronics. Their breakthrough, published in *Advanced Science*, promises to enhance design and functionality in fields such as displays, sensors, and smart clothing, moving the industry toward efficient new-generation device commercialization.

Recent tests have revealed vulnerabilities in OpenAI's ChatGPT when functioning as a search tool. The AI can be manipulated through hidden webpage content, leading to biased responses and potential misinformation. These findings highlight the need for robust security measures in AI tools.

Researchers at Pohang University of Science and Technology have developed AI-designed nanocages that mimic viral structures, significantly advancing gene therapy by improving gene delivery methods.

OpenAI's groundbreaking O3 system has reached human-level performance on a general intelligence test, marking significant progress toward Artificial General Intelligence (AGI). This achievement signals major changes for society and future technological landscapes.

Researchers at Kyushu University have developed the k* distribution method to illuminate the hidden inner workings of deep neural networks, promising improved transparency and safety in AI applications such as healthcare and autonomous vehicles.

Casgevy, the groundbreaking CRISPR-based therapy for disorders like sickle cell disease, faces challenges in widespread adoption due to complex procedures and high costs, despite showing promising results.

Recent advancements in nanodiamonds featuring nitrogen-vacancy centers from Okayama University are transforming bioimaging and quantum sensing. This article delves into how these innovations promise breakthroughs in medical and technological applications.

The James Webb Space Telescope uncovers pivotal insights into how supermassive black holes influence the formation and evolution of the universe's largest galaxies, particularly in nascent clusters like the Spiderweb protocluster. This study reveals the black holes' ability to suppress star formation, thereby affecting the growth of enormous elliptical galaxies billions of light-years away.

Researchers at Macquarie University have discovered that supermarket grapes can significantly enhance the performance of quantum sensors. This novel approach involves creating strong localized magnetic field hotspots using grape pairs, which can improve the functionality of nanoscale quantum devices. This study opens new possibilities for more compact and efficient quantum technologies.