Canada and Germany Advance Major LNG Supply Partnership 
Samsung to Invest $1.5 Billion in Vietnam Semiconductor Testing Plant by 2027 
Blue Origin’s New Glenn Achieves Breakthrough Success With First NASA Mission 
NASA Artemis II: First Crewed Moon Mission Since Apollo Takes Four Astronauts on 10-Day Lunar Journey 
FDA Pilot Program Eases Rules for Nicotine Pouch Makers 
Elon Musk Explores Possible Tesla-SpaceX Merger Amid Growing AI Investments 
Neuralink Plans High-Volume Brain Implant Production and Fully Automated Surgery by 2026 
NASA Resumes Cygnus XL Cargo Docking with Space Station After Software Fix 
ECB’s Philip Lane Warns Middle East Conflict Could Keep Inflation Elevated 
Iran-U.S. Nuclear Talks Remain Unresolved as Strait of Hormuz Risks Keep Markets on Edge 
Universal Music Group Rejects Pershing Square Takeover Proposal 
US Launches New Trade Investigation Into Vietnam Over Intellectual Property Concerns 
Oil Prices Jump After New U.S. Strikes on Iran Raise Supply Concerns 
Xiaomi Shares Drop After Weak Q1 Earnings Amid Rising Smartphone Costs 
DOJ Investigates Group Linked to Reid Hoffman Over E. Jean Carroll Lawsuit Funding 
Trump Administration Releases New UFO Files and Apollo Mission Records 
The Korea Atomic Energy Research Institute had developed a method for purifying radioactively contaminated soil by using magnets to separate radioactive cesium from the soil.
Cesium is most frequently found in radioactively polluted soil. Cesium is firmly coupled with microscopic soil particles (clay) with diameters less than 0.002mm, resulting in a negative charge on the clay's surface.
The researchers were able to separate the cesium-contaminated clay by creating a positive charge nanoparticle.
This technique has a high economic value since it can remove contaminated soil using just magnetic force and no additional energy sources.
