Archived Intelligence
Researchers analysed a 5,700-year sediment core to establish a historical baseline for wetland recovery. The data reveals a major ecological shift occurred 700 years ago, providing a precise chemical target for future conservation efforts.
Cells experiencing genomic instability can leak DNA into their cytoplasm. A new study shows they pass these genetic fragments to neighbours via microscopic tunnels, permanently altering the recipient cells.
Researchers have developed a self-tuning AI framework that detects hidden damage in concrete structures. By analysing vibration data, the system identifies structural anomalies without requiring manual parameter tuning.
Researchers have successfully applied dynamic covalent chemistry to inorganic selenium crystals. By using light and mechanical force, they coaxed the rigid crystals into reorganising their structures in real-time.
Researchers have discovered how a fungal pathogen uses decoy RNA to disable host plant immunity. This mechanism of RNA-RNA interaction is probably widely present across diverse species, offering a new genetic target to protect crops.
Traditional forecasting methods struggle to manage volatile energy demands, risking instability. Researchers have developed a new adaptive deep learning model that accurately predicts grid loads in real time, enabling smarter grid management.
Researchers have identified a key gene, BnaPIF3, that regulates how rapeseed adapts to low temperatures. This discovery could help breeders develop crops that thrive in cold, winter-fallow fields.