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science/physics

Astronomers Detect Extremely Bright Supernova Powered by Newly Born Magnetar

Astronomers have observed an exceptionally bright supernova that was amplified by the birth of a magnetar, a type of neutron star with an extraordinarily powerful magnetic field. The discovery was made using NASA's Fermi Gamma-ray Space Telescope, which detected the supercharged stellar explosion. When massive stars exhaust their

AI Takes the Controls: The Growing Role of Artificial Intelligence in Aviation

The Rise of AI in Aviation The aviation industry is experiencing a significant shift as artificial intelligence systems become increasingly capable of handling flight operations. According to recent coverage, AI is learning to pilot airplanes, and the sector is beginning to embrace this technology with cautious optimism. What This Means

Scientists May Have Found the Source of the Most Powerful Neutrino Ever Detected

Scientists may have solved the mystery behind the most powerful neutrino ever detected. The extremely energetic particle slammed through the Mediterranean Sea, and researchers now believe they have identified its cosmic source: blazars. Blazars are a type of active galactic nucleus powered by supermassive black holes that accelerate and blast

Tall Red Auroras Over Japan Hint at Stronger Solar Activity Than Expected

Discovery of Anomalously Tall Red Auroras Scientists have identified towering red auroras above Japan that reach surprisingly deep into space, even during space storms that are considered relatively mild. This discovery challenges existing assumptions about the behavior of solar activity and its effects on Earth's upper atmosphere. What

Researchers Explain Why the Great Pyramid of Giza Has Endured for Millennia

The Great Pyramid of Giza has stood for over 4,500 years, defying time and natural forces. Researchers have now identified a key factor in its durability: the way the pyramid interacts with seismic vibrations. A study published in the Journal of the Egyptian Society of Archaeometry found that the

Researchers Revive Ancient Glassmaking Techniques to Create CO2-Trapping Porous Material

Scientists have achieved a breakthrough in producing porous glass materials designed to trap greenhouse gases and hydrogen for clean energy applications. By incorporating sodium and lithium compounds—compounds used in traditional glassmaking for centuries—researchers have made these advanced materials significantly easier to process and shape. The porous glass structure