Archived Intelligence
Scientists have developed a new video algorithm called 'kine' that captures the rapid movements of plasma jets shooting from black holes. This tool uses neural networks to fill in the gaps between observations, creating smooth, time-continuous videos. It allows astronomers to measure the exact speed of plasma flows, which could rewrite our understanding of these cosmic giants.
Scientists used a massive quantum computer to model how fragile, temporary states suddenly collapse. By studying this rapid expansion, researchers hope to understand how hidden cosmic threats—like the sudden transformation of a metastable universe—might one day burst and spread.
Scientists have discovered that applying short electrical pulses to a facial nerve can directly engage the brain's memory centre. Tested in both rats and humans, this non-invasive method successfully improved memory recall.
Scientists have successfully mapped the 3D structure of a new type of magnetic material called an altermagnet. By measuring how electrons behave inside a crystal, they discovered a beautiful, flower-like magnetic pattern.
Scientists have developed a new way for medicines to drop their payloads directly onto diseased cells, bypassing the need for the cell to swallow the drug first. This approach could vastly expand the types of diseases we can treat, including stubborn, drug-resistant tumours.
Scientists have discovered that ordinary water drops can build up static electricity as they slide across surfaces. When these charged drops hit protected metals, they can zap through the protective coating and cause rust. This finding suggests we may need new ways to protect buildings and vehicles from the weather.
Scientists have developed a new computational tool called Malva that acts like a search engine for raw cellular data. It allows researchers to instantly search through millions of cells to find specific genetic sequences, mutations, or hidden pathogens without downloading massive files.
Bacteria use an immune defence called CRISPR to fight off viruses. Scientists have discovered a new part of this system that acts like an emergency alarm, boosting the bacteria's defences when an attack happens. This finding establishes a new platform for building programmable biological sensors in the future.
Chemists have discovered a new way to build carbon-sulfur bonds using aryl germanes without needing metal catalysts. This simple, room-temperature reaction could make it easier to design complex new medicines, potentially boosting future drug discovery programmes for precision therapies.
Breaking down nature's toughest biological materials has long been a hurdle for scientists. By studying how ocean bacteria team up to dismantle complex algae sugars, researchers have created a new model of microbial teamwork. This framework could eventually help us engineer synthetic bacteria to degrade stubborn polysaccharides in biotechnology and beyond.
Scientists have mapped the 3D structure of an essential enzyme that controls fat production in human cells. This detailed map explains how the enzyme works and could help researchers design better treatments for metabolic diseases.
Planets harbour their own hidden secrets, locked far beneath the surface. By tracking the Mars gravity field, scientists have detected a massive, concealed hot spot buried deep within the Martian mantle.