Researchers at The University of Tokyo have developed an innovative bioreactor system using hollow fibers to grow lab-cultured chicken meat with realistic texture and structure, promising a revolution in food production and potential applications in regenerative medicine.

Physicists have leveraged quantum computing to outperform classical strategies in theoretical games. By manipulating ions with lasers on a chip, significant advancements in qubit behavior and quantum entanglement have been achieved, pointing to a promising future for quantum technology.

A meta-analysis by Osaka Metropolitan University showcases that generative AI's diagnostic capability is akin to non-specialist doctors, offering a glimpse into potential AI roles in future healthcare settings.

Recent advancements in AI, particularly through large language models (LLMs), have enabled faster code generation, but ensuring accuracy remains challenging. MIT researchers have introduced an innovative probabilistic framework that enhances the precision and efficiency of AI-generated code, offering significant benefits for both experts and non-experts.

Researchers from POSTECH and KIER have developed a hard carbon-tin nano-composite anode material, potentially revolutionizing lithium-ion and sodium-ion batteries. This advancement promises faster charging, higher energy density, and extended battery life, addressing critical needs in electric vehicles and energy storage systems.

Recent advancements in neutron beam technology, particularly the development of curved 'Airy beams,' promise to revolutionize material research and industrial applications. These beams, created through international collaboration, allow unprecedented insights into material properties, with significant implications for fields such as pharmaceuticals and quantum computing.

A historic half-marathon in Beijing featured humanoid robots alongside human participants, testing their real-world capabilities and highlighting China's advancements in robotics and AI.

Engineers at the University of California, Berkeley, have developed the world's smallest wireless flying robot, inspired by bumblebees. This less-than-one-centimeter device uses magnetic propulsion, offering potential applications in confined spaces, artificial pollination, and medical fields.

Nvidia, a pioneer in AI chip technology, is at the center of the US-China technological tussle, with US export restrictions affecting its Chinese ventures. As Nvidia strives to conserve its revenue and boost US operations, it must also negotiate its strong links with the Chinese market. This article delves into Nvidia's strategic maneuvers amidst these geopolitical pressures and their implications for the global AI sector.

This article delves into the pioneering cooling technology developed by researchers at the University of Tokyo. By leveraging a 3D water cooling system that utilizes water's phase change, this innovation promises cooling efficiency seven times greater than existing methods, potentially transforming the electronics industry.