This study introduces a transparent, durable coating that protects solar panels from dust, helping them maintain higher energy output in harsh environments. Using a simple application method, the coating preserves light transmission while reducing power losses and maintenance needs. Long-term testing confirmed improved performance, strong resistance to environmental stress, and meaningful cost savings, offering a practical solution for more reliable and sustainable solar energy systems.

This study examines the idea of cooling the planet by releasing reflective particles into the upper atmosphere to reduce the effects of climate change. The findings suggest this approach could temporarily lower global temperatures if maintained over time. However, the research also shows that such interventions may alter global weather patterns, including rainfall. These results highlight both the potential and the risks of climate intervention. The study emphasizes the importance of caution, oversight, and global cooperation.

This study presents a fast and highly accurate digital method for detecting glaucoma, one of the world’s leading causes of irreversible blindness. By using artificial intelligence to analyze eye images, the system identifies early signs of the disease far more effectively than traditional diagnostic approaches. The technology delivers results in seconds, helping overcome the limitations of manual examination. s. This approach has the potential to significantly reduce preventable vision loss through earlier and more reliable diagnosis.