A groundbreaking study by researchers from the National University of Singapore and UNSW Sydney reveals quantum behaviors in spinning atomic nuclei, challenging classical physics assumptions and opening new possibilities in quantum computing.

Aerosol jet 3D nanoprinting (3D-AJP) is transforming ceramic manufacturing by enabling the creation of highly detailed structures with significant applications across various industries including healthcare and aerospace. Unlike traditional methods, 3D-AJP allows for intricate designs without significant material shrinkage, enhancing precision and reliability in final products.

The article delves into the innovative art of Sougwen Chung, a Canadian-Chinese artist who melds artificial intelligence and robotics in her creative process. By partnering with AI, Chung challenges conventional artistic boundaries and reshapes our understanding of technology's role as an artistic collaborator rather than a competitor.

Leafbot, a soft robot from JAIST, showcases the innovative potential of soft robotics with its terrain adaptability. Designed to navigate difficult terrains with ease, Leafbot promises applications in disaster response, industrial inspections, and more.

The collision of neutron stars produces powerful gravitational waves and has the potential to unveil the mysteries of their dense interiors. A new phase called the "long ringdown," resembling a cosmic tuning fork, provides valuable insights into the properties of these enigmatic celestial bodies. Advanced simulations and future detectors promise to deepen our understanding of the universe's densest matter.

Researchers at Harvard and NTT Research have utilized machine learning to significantly improve the swimming efficiency of biohybrid rays. This represents a major advancement in robotics by integrating biological and synthetic elements. The novel method, inspired by protein engineering techniques, optimizes fin designs, enabling these biohybrids to outperform traditional models, and paves the way for future innovations in remote sensing, therapeutic systems, and bioengineering.

The integration of AI in infrastructure development is paving the way for sustainable growth by improving material durability and optimizing construction processes. Led by research such as that from the University of Mississippi, AI technologies offer significant cost savings and enhanced resilience for global infrastructure systems.

Artificial intelligence (AI) is revolutionizing aviation safety by offering innovative solutions to manage airflow over aircraft wings, reducing risks like mid-air stalls. This article explores the role of AI, particularly deep reinforcement learning, in enhancing flight stability and efficiency.

Researchers from Rice University and Baylor College of Medicine have introduced a novel gene-editing technique, Repair Drive, that enhances the liver's regenerative capacity for treating genetic disorders. This breakthrough significantly improves the accuracy and proportion of corrected liver cells and offers transformative potential for various genetic conditions.

Scientists at the University of Oxford have achieved a major milestone by connecting two quantum processors through particle entanglement, a feat that addresses key challenges in quantum computing, particularly scalability. This development uses quantum teleportation, allowing quantum processors to share data remotely, thus opening pathways to a future where distributed quantum networks could powerfully compute complex problems.