U.S. Stock Futures Slide as Tech Rout Deepens on Amazon Capex Shock 
Silver Prices Plunge in Asian Trade as Dollar Strength Triggers Fresh Precious Metals Sell-Off 
Gold and Silver Prices Rebound After Volatile Week Triggered by Fed Nomination 
Singapore Budget 2026 Set for Fiscal Prudence as Growth Remains Resilient 
RBI Holds Repo Rate at 5.25% as India’s Growth Outlook Strengthens After U.S. Trade Deal 
Fed Governor Lisa Cook Warns Inflation Risks Remain as Rates Stay Steady 
Dollar Steadies Ahead of ECB and BoE Decisions as Markets Turn Risk-Off 
Vietnam’s Trade Surplus With US Jumps as Exports Surge and China Imports Hit Record 
Bank of Japan Signals Readiness for Near-Term Rate Hike as Inflation Nears Target 
South Korea Assures U.S. on Trade Deal Commitments Amid Tariff Concerns 
Asian Stocks Slip as Tech Rout Deepens, Japan Steadies Ahead of Election 
Global Markets Slide as AI, Crypto, and Precious Metals Face Heightened Volatility 
U.S. Stock Futures Edge Higher as Tech Rout Deepens on AI Concerns and Earnings 
Japanese Pharmaceutical Stocks Slide as TrumpRx.gov Launch Sparks Market Concerns 
Trump Signs Executive Order Threatening 25% Tariffs on Countries Trading With Iran 
Dow Hits 50,000 as U.S. Stocks Stage Strong Rebound Amid AI Volatility 
New research by the King Abdullah University of Science and Technology (KAUST) in Saudi Arabia has been able to deliver close to 20 percent electricity generation increase by using atmospheric water vapor to cool down solar panels.
This cooling system, considered a new concept in the industry, was demonstrated on a small-scale PV panel.
The team plans to scale it up to the size of a commercial PV panel in the next couple of years.
One of the main issues regarding solar panels were the high temperatures it generates during the daytime, reaching 40 C higher than the ambient air in Saudi Arabia.
According to Dr. Peng Wang, a KAUST professor who is leading the study, this is due to commercial panels, which cannot convert over 20 percent of the solar energy they absorb into electricity.
Consequently, more than 80 percent of the absorbed solar energy is undesirably converted into heat.
High temperatures reduce the panel’s electricity generation, and they further shorten its life span.
By 2025, the global PV-installed capacity is expected to double to 1,500 gigawatts and reach 3,000 gigawatts by 2030.
