Oracle Stock Surges After Hours on TikTok Deal Optimism and OpenAI Fundraising Buzz 
SpaceX Starship Test Flight Reaches New Heights but Ends in Setback 
Trump Administration Reviews Nvidia H200 Chip Sales to China, Marking Major Shift in U.S. AI Export Policy 
Lost in space: MethaneSat failed just as NZ was to take over mission control – here’s what we need to know now 
Asian Stocks Slide as AI Spending Fears and Global Central Bank Decisions Weigh on Markets 
U.S. Stock Futures Slip After CPI-Fueled Rally as Markets Weigh Economic Uncertainty 
Silver Prices Hit Record High as Safe-Haven Demand Surges Amid U.S. Economic Uncertainty 
Trump and Merck KGaA Partner to Slash IVF Drug Costs and Expand Fertility Coverage 
BoE Set to Cut Rates as UK Inflation Slows, but Further Easing Likely Limited 
Gold and Silver Surge as Safe Haven Demand Rises on U.S. Economic Uncertainty 
Neuren Pharmaceuticals Surges on U.S. Patent Win for Rare Disorder Drug 
Oracle Stock Slides After Blue Owl Exit Report, Company Says Michigan Data Center Talks Remain on Track 
Austan Goolsbee Signals Potential for More Fed Rate Cuts as Inflation Shows Improvement 
EU Delays Mercosur Free Trade Agreement Signing Amid Ukraine War Funding Talks 
Cogent Biosciences Soars 120% on Breakthrough Phase 3 Results for Bezuclastinib in GIST Treatment 
Trump Signs Executive Order to Boost AI Research in Childhood Cancer 
ANZ New CEO Forgoes Bonus After Shareholders Reject Executive Pay Report 
The Korea Research Institute of Chemical Technology has developed a new self-healing coating material that repairs car surface scratches through sunlight exposure.
To change their chemical properties and make high molecular components repeat bonding and debonding processes, traditional commercial coating materials are given a boost with the newly invented coating substance, hindered urea.
The coating was combined by the study team with a transparent photothermal dye that produces heat from light.
As the temperature of the covered surface rises as a result of the heat from the sun, chemical reactions actively occur, automatically filling in surface scratches.
By applying the newly created material to the surface of an automobile model that was about 10 centimeters long and purposefully scratching it, the research team was able to demonstrate the effectiveness of the new technology.
The scratch was fully repaired in 30 minutes by daytime sunlight and within 30 seconds using a magnifying glass. If commercialized, this technology can help car surface scratches be repaired naturally while driving in the daytime.
