Archived Intelligence
Researchers have modelled how brain activity spreads out over space across different states of awareness. They found that a fully awake brain displays rich, varied spatial patterns, whereas a deeply unconscious brain looks flat and monotonous. This helps explain how the physical structure of brain waves links to our sense of being alive and aware.
Scientists have explored a theoretical way to trap particles of light inside a moving optical pulse. This method creates a highly secure, moving cage that travels at the speed of light, which can prevent energy from leaking out.
Scientists have discovered that the most recently evolved parts of the human brain contain highly individualised activity patterns. These unique signatures suggest that the areas displaying the greatest evolutionary novelty are also what make each person's brain distinctly their own.
Researchers have successfully tested an open-source, AI-designed tool called OpenCRISPR-1 in broad-leaf plants like soybeans and tobacco. The system achieved high mutation rates, suggesting it could offer a free alternative to restricted commercial gene-editing technologies.
Scientists are exploring how physical force can drive chemical transformations, replacing traditional methods with mechanical energy. This overview suggests that while scaling up remains difficult, the technique could offer a highly sustainable, energy-efficient path for greener synthesis.
Scientists have proposed a new model called the 'Fifth Field' that acts like a smart amplifier for gravity. It boosts gravitational pull in empty regions of space but stays hidden in dense areas. This fresh idea could explain how galaxies behave without needing invisible dark matter or dark energy.
Scientists are reviewing a unique class of materials capable of converting waste heat into electricity. By tweaking their atomic structure, researchers hope to create highly efficient, solid-state cooling and power generation devices.
Scientists discovered that grazing animals play a massive role in our planet's carbon storage. While environmental changes might boost plant growth and store more carbon, hungry herbivores eat those gains away. This suggests we must balance climate goals with protecting biodiversity.
Finding new mineral deposits is becoming incredibly difficult despite a massive increase in geological data. Scientists are now using advanced algorithms to scan the Earth's crust like a genetic sequence. This review examines how these tools process vast amounts of noisy data to predict where valuable resources might be hiding.
Scientists analysed microscopic layers of fossilised algae to track seasonal ocean changes during an ancient global warming event. These high-resolution records reveal how marine life responded to extreme heat, providing valuable data to improve modern climate predictions.
Researchers measured aquatic plant diversity across four wetland sites in northwest Madagascar. They found that rising temperatures and falling rainfall may be shifting where these vulnerable plants grow. The findings suggest a clear need for conservation programmes.
While our genetic blueprint was long thought to be a predictable text, scientists are mapping hidden layers of our genome to understand human biology. Researchers have found that pieces of RNA embedded in DNA act as switches that alter how our genetic material coils and functions.