the rapid advancements in anti-aging medicine, emphasizing the potential of wearables, implantable devices, and biological age clocks to transform healthcare. Remote monitoring, telemedicine, and at-home diagnostic tests are becoming commonplace, reshaping how diseases like cancer and heart conditions are detected…
New mechanism for self-healing nanocracks discovered in metals Researchers identified a novel mechanism that allows nanocracks in metals to heal without external pressure. Through molecular dynamics simulations, they found that migrating grain boundaries generate crystal defects, or disclinations, which close…
Bio-computers using human brain cells are now offered for rental at a monthly cost of $500. These systems, designed to mimic cognitive functions, raise significant ethical concerns related to the potential consequences of using human cells for computing. Technical challenges…
Researchers have created biohybrid robots using fungal mycelia, which are robust and responsive to environmental cues. These living components generate electrical signals to control robot movements, such as in a soft, starfish-inspired robot and a wheeled robot. By stimulating mycelia…
Advances in DNA Computing: Achieving Functional DNA-Based Logic Gates Researchers have made significant progress in DNA computing by developing functional DNA-based logic gates. These gates, which mimic the logic operations of traditional computer circuits, could pave the way for the…
The interview is about Claire, who worked at a cloning company in South Korea. The company, led by the controversial Professor Wang, mainly clones dogs but also camels, cows, pigs, and is involved in ambitious projects like cloning mammoths for…
Researchers are using carbon nanotubes to improve neuromorphic computing, a field of AI that mimics the human brain’s neural networks. These nanotubes allow the creation of highly efficient, brain-like circuits with reduced energy consumption and increased processing power. This breakthrough…
Recent advancements in nanotechnology have led to the creation of tiny robots, or nanobots, that can be injected into the human bloodstream to perform highly precise medical tasks. Developed by scientists at the University of Edinburgh, these nanobots are coated…
Evo AI predicts the effects of gene mutations across DNA, RNA, and proteins, a step that could speed disease research and synthetic biology.