Archived Intelligence
Scientific progress is often slowed down by biases in the publishing system. A new study analyses over 20,000 machine learning submissions to understand how a researcher's resources affect their success. This analytical approach might soon help us audit peer review outcomes and spot brilliant, underfunded ideas in resource-intensive fields like genomic medicine.
Scientists have discovered that vast ocean ecosystems follow strict mathematical rules, maintaining a stable structure despite environmental changes. This predictable framework provides a powerful tool to understand complex biological communities, revealing a largely invariant hidden order within marine plankton populations.
Scientists have found a clever way to electrically control highly shielded rare-earth atoms by pairing them with a helper atom. This teamwork allowed them to drive the atom's spin ten times faster than before, paving the way for speedier quantum computers.
Researchers used laser scanning and artificial intelligence to locate abandoned surface mines hidden under dense forests. They discovered that a simpler AI model was far more accurate than complex ones, avoiding common errors in reading the terrain.
Scientists have discovered a way to make battery and plastic waste chemically rebuild itself into high-performance energy storage materials without extra reagents. This self-assembling chemical paradigm could one day inspire greener, more efficient manufacturing methods across other complex fields, including the delivery systems of future genomic medicine.
Scientists have built a tough, glowing material out of tiny plant fibres and glue. By twisting these fibres into microscopic spirals, they created a film that glows in different colours and directions depending on how light hits it, which could help create unforgeable security codes.
While astrophysicists map the uncharted territories of our galaxy, they face a massive mathematical problem. A new study shows that classical physics fails completely near our galaxy's supermassive black hole, requiring a new mathematical model to accurately describe orbital dynamics and prevent massive miscalculations.
Around 2.6 million years ago, the oceans lost a third of their largest animals, including a massive apex predator. Scientists used a new modelling tool to measure the fallout in the North Atlantic. Surprisingly, the food web did not collapse, suggesting marine ecosystems can be highly resilient.
Scientists have upgraded a popular search algorithm by adding quantum physics rules to its movement. This new method helps computer models escape dead ends when searching for solutions in highly complex environments. It suggests that adding a bit of controlled randomness makes artificial swarms much better problem solvers.
Scientists have mapped the complete genetic instruction manual for the energy factories inside a rare Himalayan medicinal plant. By studying this DNA, researchers found clues about how the plant adapts to and survives freezing, high-altitude conditions.
Scientists mapped the entire DNA of Tartary buckwheat, a tough plant that grows high in the Himalayas. They found specific wild genes that help it survive extreme heights and produce bigger seeds, which could help farmers grow stronger crops.
Around 183 million years ago, a severe lack of oxygen devastated the oceans. New geological data reveals that volcanic eruptions on land drove massive amounts of nutrients into the sea, allowing marine life to recover.