Discover how cutting-edge enzyme engineering breakthroughs at the Scripps Research Institute are setting the stage for novel treatments for complex diseases like Parkinson's and cancer. Learn about the potential of finely-tuned proteases to precisely target problematic proteins previously resistant to traditional therapies.

In a historic breakthrough for quantum computing, a 56-qubit quantum computer has achieved certified randomness—a task beyond the reach of classical supercomputers. This advancement has profound implications for cryptography, highlighting a shift from theoretical to practical quantum computing applications.

A new cutting-edge experiment seeks to unravel the mysteries of dark energy, a force that constitutes a major part of our universe but is still largely misunderstood. The findings of this research could prompt significant revisions to Einstein's theory of general relativity, potentially marking a pivotal shift in our understanding of cosmology.

Researchers at Kumamoto University have introduced a pioneering algorithm to improve mathematical modeling for linear periodically time-varying (LPTV) systems. This development promises to optimize control systems in autonomous vehicles, robotics, and satellite navigation by enhancing model accuracy and efficiency, paving the way for more reliable and advanced technological applications.

This article explores groundbreaking research by Yo Kobayashi on using human biological tissue for computation. By leveraging the complexities of muscle tissue through reservoir computing, this approach offers more accurate data processing than traditional methods and promises transformative applications in wearable technology.

Scientists from TU Delft and EPFL have created a quadruped robot that runs without motors, drawing inspiration from canine movement and biological efficiency. This energy-efficient design, published in Nature Machine Intelligence, is an innovative step towards more environmentally sustainable robotics.

Researchers at The University of Manchester have developed graphene-based intelligent surfaces that promise breakthroughs in terahertz imaging and future 6G wireless communications, facilitating real-time manipulation of THz waves for various applications.

Scientists at the University of Michigan have developed a brain-inspired computing system that operates at significantly lower power levels than conventional controllers. By using memristor technology, this innovative system mimics neural processes to efficiently steer robots, offering promising applications for drones, space rovers, and autonomous vehicles.

A recent study in *Nature Astronomy* utilized the ALMA telescope to detect radio signals from gas surrounding a 12.9-billion-year-old supermassive black hole. This discovery provides new insights into early universe black holes, potentially unearthing those hidden by cosmic dust.

This article discusses the significant impact of a ransomware attack on the Advanced Computer Software Group, a service provider for the NHS. The breach underscored the vital need for robust cybersecurity as it exposed sensitive data and disrupted healthcare services. The incident highlights the consequences of inadequate security measures and emphasizes the importance of comprehensive defenses.