Science is a cumulative process that relies on data sharing and free data flow, which is essential to facilitate scientific progress and innovation. Citing national security concerns as excuses, the U ...

Two recent expos — the fifth edition of the China International Consumer Products Expo (CICPE) and the 137th edition of the China Import and Export Fair (the Canton Fair) — have once again solidified ...

On April 17, the People's Bank of China, along with five other regulatory bodies, released a new guideline to facilitate and regulate international transfer of financial data.

When Timekettle, AI-powered earbuds capable of instantly translating speech in real-time across more than 40 languages, was introduced to the market, this situation began to change. Two people ...

China's energy law attaches great importance to the development of marine energy, such as tidal, wave and ocean thermal energy. The country is poised to promote the large-scale development and ...

Going Beyond tangible collaborations, the BRI has created an intangible, deeper bond: mutual understanding fostered through shared knowledge and vision. China’s rapid development over the past decades ...

In the past few weeks, a host of foreign business leaders have visited China, sounding a clear message: confidence in country's future is surging. From Apple CEO Tim Cook's visit to the arrival of ...

Recent data shows that in the first two months of this year, the Zhengzhou Airport Economy Zone (ZAEZ) handled over 126,000 tonnes of cargo, with international freight volume growing by 54.4 percent ...

QwQ-32B, a reasoning large language model (LLM) by Alibaba's Tongyi Qianwen (Qwen), has been integrated with the scientific research of several institutes of the Chinese Academy of Sciences (CAS), ...

China's first document for the year, the "No. 1 central document" issued in February, emphasizes the importance of developing new quality productive forces in agriculture in light of local conditions.

据29日《自然·通讯》杂志报道，美国南加州大学的研究人员展示了一种新型量子传感技术，可借助新的相干稳定协议对抗量子退相干。其性能大幅超越传统方法，有望推动从医学成像到基础物理研究等多个领域的进步。

美国休斯敦大学团队将古代折纸艺术的设计理念与现代材料科学相结合，开发出一种新型陶瓷结构。这种结构在压力下虽然弯曲但不会断裂，展现出前所未有的柔韧性和强度。这项技术为轻质、高强度材料的应用开辟了新路径，有望在医疗假肢、航空航天以及机器人等对抗冲击性能要 ...