How can the tiniest particles and the vast structure of the universe be explained using the same kind of mathematics? This puzzle is the focus of recent research by mathematicians Claudia Fevola (Inria Saclay) and Read More
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NASA’s PREFIRE mission, now extended through 2026, is shifting from the poles to a global view. Its twin CubeSats measure far-infrared radiation, uncovering how ice, clouds, and moisture shape Earth’s heat balance—vital for Read More
Science, Volume 389, Issue 6761, Page 670-671, August 2025. Summary Without specific content, I can only provide a general summary. Science, Volume 389, Issue 6761, published in August 2025, likely contains cutting-edge research articles, reviews, and perspectives across various scientific disciplines. Read More
Overlooked emissions from exotic positronium atoms could improve medical scanners Summary Positronium, an exotic atom formed by an electron and positron, quickly annihilates, typically emitting two or three photons. However, physicists have discovered rare, overlooked Read More
A laser-equipped ocean platform has uncovered two rival wind–wave energy exchanges, each shaping the sea’s surface in surprising ways. The discovery offers a clearer window into how the atmosphere and ocean share heat, Read More
Far from being an icy enigma, Uranus is now known to radiate some of its own heat, hinting at a more dynamic history than once thought. Warm-hearted giants: Jupiter, Saturn, and Neptune all give off Read More
Antarctica’s deep canyons shape oceans and climate. High-resolution maps show striking regional differences. Submarine canyons rank among the most striking and complex geological structures on the ocean floor, yet many remain poorly understood, particularly Read More
Deep-Sea DNA Breakthrough Reveals Hidden Oceanic “Superhighway” – New Study/Science
A world-first study conducted by the Museums Victoria Research Institute has discovered that marine life in the cold, dark, and pressurized depths of the ocean is far more globally interconnected than scientists had previously believed. Read More
Slow-motion footage helps scientists predict flight paths of molten projectiles Summary Scientists are using high-speed, slow-motion footage to better understand and predict the flight paths of molten projectiles, like those ejected during volcanic eruptions or Read More
The amount of each of the more than a thousand different glycoproteins in your blood varies widely, with the 10 most abundant glycoproteins accounting for 90% of the total mass. Finding a protein that isn’t in Read More







