PPhysics Read More Chinese team tackles a century-old puzzle in physics: can we travel back in time?December 25, 2025 Chinese researchers have proposed a simple yet powerful theory to explain one of physics’ oldest puzzles: why time…
PPhysics Read More China’s Juno ‘ghost particle’ detector delivers record results, opening new era of physicsNovember 19, 2025 The world’s largest “ghost particle” detector, located in southern China’s Guangdong province, has shattered expectations in just two…
GGenetics Read More Scientists decode the survival secrets of a rare Chinese mapleOctober 20, 2025 Acer pentaphyllum—a striking maple native to the Yalong River valley in Sichuan, China—was once thought to be extinct.…
GGenetics Read More How Soybeans See the Light: New Genetic Map Illuminates Shade Tolerance MechanismsOctober 19, 2025 Newswise — In intercropping systems, soybeans grown beneath tall maize plants experience severe shading that disrupts photosynthesis, weakens…
GGenetics Read More How a Prehistoric Genetic Split Helped Plants Conquer Polluted SoilsOctober 17, 2025 Newswise — Phytochelatin synthases (PCSs) produce phytochelatins—tiny, cysteine-rich peptides that bind and neutralize toxic metal ions such as…
GGenetics Read More Overcoming chromosomal roadblocks in banana breedingOctober 5, 2025 Bananas (Musa spp.) are both a staple food and a major cash crop for millions of people in…
PPhysics Read More Chinese physicists produce most powerful stable magnetic field on EarthSeptember 29, 2025 An all-superconducting magnet built by Chinese scientists has generated a world-record steady magnetic field of 35.1 tesla, about…
GGenetics Read More Unlocking the genetic key to pear russet skinSeptember 26, 2025 Pear (Pyrus) is one of the world’s most widely cultivated fruit crops, and consumer demand increasingly favors fruits…
GGenetics Read More Tea Plant Defense: New Insights Into Anthracnose Resistance MechanismsSeptember 23, 2025 Newswise — Anthracnose, caused by Colletotrichum gloeosporioides, is a significant threat to tea crops, particularly in humid regions…
GGenetics Read More Study maps chromatin landscape of Penicillium expansum, the apple-rotting pathogenSeptember 21, 2025 Blue mold, caused by Penicillium expansum, is one of the most destructive postharvest diseases, leading to economic losses…