France Battles Mediterranean Wildfires as Heatwave Fuels Fire Risk 
South Korea Q2 GDP Beats Forecasts as AI Chip Exports Drive Growth 
Trump Administration Bars U.S. Travelers From Congo Flights Amid Ebola Outbreak 
AstraZeneca Shares Sink After Wainua Trial Misses Key Heart Disease Goal 
Gold Climbs Above $4,000 as Middle East Tensions and Fed Outlook Drive Safe-Haven Demand 
Wistron Opens $700M Texas AI Factory to Build Nvidia GB300 Superchips 
Lockheed Martin Unveils Lower-Cost Patriot ACE Interceptor to Meet Rising Air Defense Demand 
US Dollar Climbs to Weekly High as Middle East Tensions Lift Treasury Yields and Safe-Haven Demand 
White House Seeks $1.4 Billion to Combat Growing Ebola Outbreak 
ASEAN Ministers Warn Middle East Conflict Threatens Regional Stability and Energy Security 
US Dollar Holds Near One-Week High as Middle East Tensions and Oil Prices Drive Market Sentiment 
Trump Reportedly Approves Plan to Remove FDA Commissioner Marty Makary Amid Growing Controversies 
TrumpRx Expands Discount Drug Access With 600 Generic Medications 
Trump Signs Executive Order to Boost AI Research in Childhood Cancer 
Wistron Opens $700M Texas AI Factory to Build Nvidia Superchips in U.S. 
Japan PM Sanae Takaichi Unveils Growth Plan as BOJ Independence Concerns Lift Bond Yields 
Researchers from the Korea Advanced Institute of Science and Technology (KAIST) have developed a wearable green organic light-emitting diode (OLED) with a 470-nanometer (nm) wavelength that can cure jaundice in infants.
The OLED provides sufficient power for jaundice treatment even at low voltage, durability for over 100 hours of operation, a low operating temperature of less than 35 Celsius degrees, and flexibility that can endure over 1,000 bends at a 2 mm radius of curvature.
The bilirubin level of the infants’ serum reaches 12 milligrams per decilitre (mg/dL) within three hours of being exposed to the OLED, indicating the completed treatment of jaundice.
Unlike existing light-emitting diode (LED)-based jaundice treatment devices currently used at hospitals, the OLED showed uniform and effective treatment functions.
