"Future", China's first deep-sea green and intelligent technology experimental vessel, recently completed its first deep and remote sea test since its delivery in July this year. After six years of ...
The results of sci-tech innovation during the 14th Five-Year Plan (FYP) period (2021-2025) have laid a solid foundation for building a country strong in science and technology, and the 15th FYP period ...
According to an investigation by Factcheck Lab, the rumor likely originated within communities of conspiracy theorists who subscribe to the "flat Earth" belief, with several anti-China accounts ...
Central to the plan is the idea of "adaptation," meaning that producers should proactively respond to evolving consumer trends, beginning with product design. The goal is to achieve dynamic alignment ...
On November 21, L.I.S.T.E.N Science Space, an interactive hub to explore science beyond borders jointly built by the China Science and Technology Museum and the Sci-Bono Discovery Center of South ...
Therefore, the next great leap for humanoid robotics is building on that kinematic grace to master the physics of forceful, contact‑rich work, unlocking their potential to serve in industry, ...
The memorandum defines the rule change as a "national security measure," naming several Chinese companies on the U.S. Commerce Department's "entity list as having submitted large numbers of IPR ...
Imagine you're a thirsty tourist trekking up the steep stone steps of the remote Badaling section of the Great Wall, and you desperately need a cold drink to cool down. Now, it is as easy as placing ...
党的二十届四中全会作出重大判断:我国经济基础稳、优势多、韧性强、潜能大,长期向好的支撑条件和基本趋势没有变,中国特色社会主义制度优势、超大规模市场优势、完整产业体系优势、丰富人才资源优势更加彰显。
12月15日,哈尔滨市群力音乐公园大雪人完成主体建设,进入到最后的细节打磨阶段。大雪人设计身高19米、长14米、宽11米,总用雪量超过3000立方米,比往年增加1200立方米,为历年之最。
近日,国家安全部就发文提醒,手机App非必要不授予位置权限。这两天,记者对主流电商、外卖、出行、社交、影音、办公、金融理财、摄影绘画、游戏娱乐、新闻资讯等不同门类的共计40款App展开位置信息授权路径测评。经实测发现,其中近半数App在首次启用后,会在不同环节向用户告知将申请位置权限,及以征求意见的方式索要不同程度的位置权限。而需要用户授予位置权限的这些App,以电商、外卖、出行类为主。
美国密歇根州立大学研究团队利用捐赠的人类干细胞,成功开发出全球首个“人源化”心脏类器官,能在暴露于炎症环境时表现出心房颤动特征。这一突破为研究心律失常提供了前所未有的活体人体组织模型,有望打破该领域30多年来无新药问世的僵局。这项发表于《细胞·干细胞》的研究,标志着人类在对抗心律失常的道路上迈出了关键一步。