North Korean hackers, notably the Lazarus Group, have reportedly stolen over $650 million in cryptocurrencies in 2024 through sophisticated cyberattacks. This article delves into these incidents, the techniques employed by the hackers, and the broader implications for global cybersecurity and geopolitical tensions.

Researchers from the University of California, Irvine, and Columbia University have developed a groundbreaking soft bioelectronic sensor implant that integrates seamlessly with human tissue. This innovation promises to advance neurological monitoring, particularly in pediatric care, by offering enhanced biocompatibility and scalability, highlighting the vast potential for personalized medicine.

A promising new three-drug combination significantly enhances CAR-T cell production, offering improved outcomes in cancer treatment by increasing T-memory stem cells, essential for long-lasting antitumor responses.

Researchers at Tsinghua University have pioneered a new method utilizing dual-type qubits to create entangling gates, minimizing errors and reducing complexity in quantum computing systems.

Scientists have created the first 3D maps of molecular clouds at the Milky Way's center using X-ray echoes from the supermassive black hole, Sagittarius A*. This breakthrough offers insights into star formation and past black hole activity.

President Biden has signed an executive order to boost U.S. cybersecurity, addressing threats from nations like China and Russia. The plan includes end-to-end encryption, empowering the Cybersecurity and Infrastructure Security Agency (CISA), and securing internet-connected devices and space systems. These measures are critical for safeguarding national security during leadership transitions.

Scientists have pioneered a novel use of deep learning to design proteins that can neutralize snake venom, potentially revolutionizing the production of antivenoms. This cutting-edge approach promises safer, more affordable treatments and improvements in global health equity.

Researchers have developed advanced materials that generate electricity through friction while maintaining comfort against the skin. By using amphiphiles, commonly known for reducing friction, these innovative textiles present new possibilities for power-harvesting wearable technologies.

MIT researchers have developed robotic insects designed for mechanical pollination, offering a groundbreaking approach to sustainable and efficient agriculture, specifically in indoor farming.

Meta's revolutionary speech translation system, "Seamless," marks significant progress towards a universal translator, overcoming historical challenges in real-time multilingual communication.