Trump and Merck KGaA Partner to Slash IVF Drug Costs and Expand Fertility Coverage 
Blackstone Eyes $2 Billion ZO Skin Health Sale 
Hyundai Delays In-House ADAS, Turns to Nvidia 
ECB Rate Hike in Focus as Oil Tops $100 
Nvidia-Groq AI Chip Deal Faces U.S. Antitrust Probe 
Blue Origin’s New Glenn Achieves Breakthrough Success With First NASA Mission 
NASA's Artemis II Crew Arrives in Florida for Historic Moon Mission 
Oil Prices Hold Near Highs as U.S.-Iran Conflict Escalates 
OpenAI Weighs AI Development Slowdown Over Safety Risks 
Cogent Biosciences Soars 120% on Breakthrough Phase 3 Results for Bezuclastinib in GIST Treatment 
Treasury Buyback Fails to Cool Long-Term Yields 
Samsung, Qualcomm 2nm Chip Deal Delayed Over Pricing 
Tabletop particle accelerator could transform medicine and materials science 
Nvidia Plans 2GW Australia AI Data Center Expansion by 2027 
OpenAI Agents Linked to RubyGems Cyberattack 
Fitch Eyes Japan Budget for Fiscal Discipline 
Add as a preferred source on Google
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.
