Archived Intelligence
Researchers used brain scanners to see what happens when light and heavy users scroll through social feeds for two hours. They found that heavy users process this information differently, showing signs of reduced communication between key brain networks. This discovery could help doctors develop targeted treatments for people struggling to put their phones down.
Scientists have successfully tested a new way to edit the genes of coffee plants without adding foreign DNA. By using a tool called CRISPR, they targeted a specific gene that helps coffee plants grow, which could lead to stronger crops in the future.
For decades, the subtle electrical waves in the back of the brain were dismissed as mere background noise. Now, researchers suggest that targeting specific cerebellar rhythms could offer a new way to treat motor and cognitive decline.
Scientists used CRISPR technology to edit genetic control switches in corn, significantly increasing its vitamin C and protein levels. This precise editing tool improves animal feed and demonstrates a biological "volume dial" approach that could shape the future of genomic medicine.
Generative AI hides a massive, silent energy cost behind every prompt. Now, researchers have developed Analog Diffusion Models that use optical hardware to process complex AI generation with massive efficiency, potentially giving scientists the tools to run evasive, compute-heavy workloads much faster.
Researchers analysed how the movement of air and water controls our weather systems. They found that ocean currents act as the Earth's main temperature regulator, which could help scientists predict future climate changes with greater accuracy.
Diagnosing narrowed bile ducts often yields uncertain results. A new review shows that AI cholangioscopy can analyse medical images in real time to spot potential cancers with 97 per cent accuracy. This technology offers a highly promising upgrade for diagnosing indeterminant strictures.
Scientists have built an artificial intelligence system called Fuji that links the physical appearance of tissue with its underlying genetic code. By training on thousands of images and DNA profiles, this system can spot invisible mutations just by looking at standard medical slides.
Scientists have discovered that about half of bladder cancers share a specific genetic alteration that scrambles how DNA is packaged. This disruption creates a unique vulnerability, suggesting that these cancers might be highly sensitive to a specific class of drugs called HDAC inhibitors. This finding could lead to more precise, tailored treatments for patients.
Researchers have outlined a new guide for extracting historical data from ancient animal remains. By standardising marine mammal bone analysis, this method will help scientists trace the genetic evolution of ocean populations. Understanding these historical baselines may inform future conservation programmes and comparative genomic medicine.
Researchers tested advanced computer algorithms to spot when companies manipulate their financial numbers across four African nations. They found that blending traditional accounting checks with modern machine learning creates a much stronger defence against corporate deception.
Researchers have developed a new hybrid artificial intelligence model to spot malicious software hiding on mobile phones. By combining two powerful machine learning techniques, the system identifies hidden digital threats more accurately and with far fewer false alarms.
