Former national security adviser John Bolton is on the brink of federal charges related to classified materials. Will he face indictment next week? Discover the shocking details of this high-profile investigation.
China's recent export controls on rare earths are raising alarms in the U.S. as they could significantly impact defense technology and computer chip production, just weeks before a crucial meeting between President Trump and Xi Jinping.
Fair Isaac's stock continues to rise, leading the S&P 500 for the second day in a row. Meanwhile, casino stocks face declines and Applied Materials braces for a financial hit from China restrictions.
Northrop Grumman's Cygnus XL has successfully docked at the ISS, delivering over 11,000 pounds of cargo, including vital materials for groundbreaking research. This mission honors fallen astronaut William McCool.
Eli Lilly announces a groundbreaking $5 billion investment in a new manufacturing plant near Richmond, aimed at boosting U.S. production of essential pharmaceutical ingredients.
Johns Hopkins researchers have made a groundbreaking discovery in microchip technology, unveiling new materials and processes that could lead to smaller, faster, and more affordable chips for modern electronics. Their findings promise to revolutionize the industry!
Researchers have developed glow-in-the-dark plants using synthetic materials, potentially revolutionizing nighttime navigation. These bionic succulents emit light and recharge with exposure to light, but face environmental concerns.
The Samsung Galaxy S26 Edge promises a sleek design with a robust 4,200mAh battery. With advanced materials and potential silicon-carbon technology, is it the future of smartphones?
Scientists have developed glowing succulents that radiate light using innovative phosphor technology. This breakthrough could revolutionize eco-friendly lighting in gardens and urban settings, merging nature with sustainable design.
For the first time ever, researchers have succeeded in capturing a moving electron during a chemical reaction using ultrafast X-ray flashes. This groundbreaking study could revolutionize drug design and materials efficiency!
