Microsoft is launching Mico, an animated AI character that brings personality back to computing interfaces. The new assistant represents a strategic shift from purely functional AI to emotionally engaging experiences that could reshape how we interact with our devices.
Researchers have successfully trained common mushrooms to function as organic memory chips, achieving performance comparable to conventional semiconductors. The breakthrough could lead to biodegradable, low-power computing systems that mimic neural activity. This development represents a significant step toward environmentally friendly electronics.
In what sounds like science fiction, researchers are now growing computer components from mushrooms. According to recent findings from The Ohio State University, common edible fungi like shiitake mushrooms can be trained to act as memory chips, potentially revolutionizing how we build sustainable computing systems.
Sam Altman is building a brain-computer interface startup called Merge Labs that will take a dramatically different approach from Neuralink. The OpenAI CEO has recruited Caltech biomolecular engineer Mikhail Shapiro, whose work focuses on using ultrasound and gene therapy to read brain activity without surgery. The hiring signals Altman’s preference for non-invasive neural interfaces over approaches that require implanting electrodes in the brain.
Sam Altman is quietly assembling the pieces for his next major venture, and it’s shaping up to be a direct challenge to Neuralink’s vision of how humans should interface with machines. According to sources familiar with the matter, Altman has recruited Caltech professor Mikhail Shapiro—an award-winning biomolecular engineer—to join Merge Labs, a brain-computer interface startup expected to launch publicly in the coming weeks.
Google has announced a breakthrough quantum computing achievement that reportedly outperforms classical supercomputers by a factor of 13,000. The company’s new Quantum Echoes algorithm completed a complex simulation in just two hours that would have taken conventional systems approximately 3.2 years, according to research published in Nature.
Google Quantum AI researchers have reportedly achieved what sources indicate is the first “verifiable quantum advantage” using a revolutionary new algorithm called Quantum Echoes. The breakthrough, detailed in a recent Nature publication, demonstrates a measurable computing superiority over conventional supercomputers that analysts suggest could represent a significant step toward practical quantum computing applications.
Historical data shows Meta Platforms has experienced multiple rapid price surges exceeding 50% within two-month periods. However, analysts caution that even strong companies face substantial risks during market corrections.
Meta Platforms stock has demonstrated remarkable capacity for rapid appreciation, according to analysis of historical trading patterns. The company’s shares have reportedly surged by more than 50% within two-month periods on six separate occasions, with notable instances occurring in 2012 and 2023. Furthermore, sources indicate the stock has achieved gains exceeding 30% within similar timeframes eleven times throughout its history, including significant movements in 2013 and 2025.
A critical automation failure in Amazon Web Services’ DNS management system sparked a major internet outage affecting millions of users worldwide. The incident disrupted dozens of major websites, banking services, and government portals for over half a day, highlighting internet infrastructure fragility.
A significant internet disruption that affected millions of users worldwide this week has been attributed to an automation failure within Amazon Web Services’ infrastructure, according to company statements and monitoring reports. The outage impacted dozens of major websites and services, demonstrating the concentrated nature of modern internet infrastructure.
A groundbreaking study using simultaneous EEG-PET-MRI has uncovered how brain hemodynamics and metabolism coordinate during sleep-wake transitions. Researchers identified distinct patterns in sensory networks versus default mode networks during NREM sleep, revealing new insights into brain function during sleep states.
A groundbreaking neuroimaging study has revealed how brain activity, blood flow, and energy consumption coordinate across different states of consciousness, according to research published in Nature Communications. Using simultaneous EEG-PET-MRI imaging, scientists have identified temporally coupled and spatially structured brain dynamics that occur as the brain transitions between wakefulness and non-rapid eye movement (NREM) sleep.
In a groundbreaking study, researchers have engineered synthetic molecular systems capable of Darwinian evolution based on photocatalytic efficiency. The experimental system demonstrates how molecular complexity can emerge through natural selection operating on synthetic replicators competing for resources under light-driven conditions.
Scientists have reportedly achieved a significant milestone in synthetic biology by creating self-replicating molecules that undergo Darwinian evolution based on their photocatalytic performance, according to research published in Nature Catalysis. The study demonstrates how synthetic systems can be designed to exhibit selection for protometabolic activity through fundamental evolutionary principles.
Researchers have engineered Metarhizium fungi to produce a mosquito-attracting compound called longifolene. The modified fungi effectively lure and kill mosquitoes, potentially offering a new biological control method against disease vectors.
Scientists have developed a novel approach to mosquito control using engineered fungi that produce an attractive scent compound to lure and eliminate disease-carrying insects, according to research published in Nature Microbiology. The modified Metarhizium fungi reportedly produce longifolene, a compound that mosquitoes find irresistible, leading them to their demise.
Muon Space has reportedly reached an agreement with SpaceX to incorporate Starlink’s optical intersatellite laser links into its satellite designs. This integration is expected to significantly reduce data latency for environmental monitoring missions, particularly wildfire detection. The enhanced connectivity could transform how real-time satellite data supports emergency response efforts.
Muon Space has entered into a significant agreement with SpaceX to integrate Starlink’s optical intersatellite laser link technology into its satellite designs, according to recent reports. Sources indicate this collaboration will enable Muon’s Halo satellite constellation to maintain persistent connectivity through SpaceX’s in-space laser mesh network, potentially revolutionizing environmental monitoring capabilities.
