South Korea Assures U.S. on Trade Deal Commitments Amid Tariff Concerns 
Missouri Judge Dismisses Lawsuit Challenging Starbucks’ Diversity and Inclusion Policies 
FDA Targets Hims & Hers Over $49 Weight-Loss Pill, Raising Legal and Safety Concerns 
Tencent Shares Slide After WeChat Restricts YuanBao AI Promotional Links 
Trump Administration to Launch Autism Initiatives Targeting Acetaminophen Use and New Treatment Options 
Thousands of satellites are due to burn up in the atmosphere every year – damaging the ozone layer and changing the climate 
China Extends Gold Buying Streak as Reserves Surge Despite Volatile Prices 
Prudential Financial Reports Higher Q4 Profit on Strong Underwriting and Investment Gains 
Rio Tinto Shares Hit Record High After Ending Glencore Merger Talks 
Nvidia CEO Jensen Huang Says AI Investment Boom Is Just Beginning as NVDA Shares Surge 
Tabletop particle accelerator could transform medicine and materials science 
Amazon Stock Rebounds After Earnings as $200B Capex Plan Sparks AI Spending Debate 
Jared Isaacman Confirmed as NASA Administrator, Becomes 15th Leader of U.S. Space Agency 
Once Upon a Farm Raises Nearly $198 Million in IPO, Valued at Over $724 Million 
CK Hutchison Launches Arbitration After Panama Court Revokes Canal Port Licences 
The Korea Institute of Science and Technology has developed a technology that uses photovoltaic energy for producing hydrogen peroxide, replacing a thermochemical process that requires high energy and creates environmental issues.
The thermochemically produced organic solution was used by the study team to create a photocatalytic reaction solution, which improved the photocatalyst's capacity for oxygen reduction.
The research team employed solar energy to manage the photocatalyst and organic solution, and they were able to produce 5.3 percent hydrogen peroxide per unit hour and a gram of photocatalyst, which is five times more than the minimal industrial output standard.
