TMTPOST -- Chinese eVTOL leader Tcab Tech has secured $41 million in a B++ funding round, marking a major milestone as it accelerates the commercialization of its tiltrotor aircraft and strengthens ...

These are not scenes from a sci-fi movie, but real-life "tech tourism" experiences unfolding at scenic spots across China. The continuous evolution of technologies like artificial intelligence (AI) ...

顾名思义，这是经典车型 Twingo 的全新演绎，产品概念、造型设计，均有借鉴经典的 1993 年小车「Twingo」；最大的革新之处，则是顺应时代潮流，推出了纯电版本。 原因其二则是，全新 Twingo E-Tech ...

BEIJING, Nov. 10 (Xinhua) -- China is seeking to drive high-quality economic development by exploring further application scenarios for new technologies and products, with the aim of promoting their ...

Priority Technology Holdings Inc. (PRTH) 发布了2025年第三季度财报，每股收益超出预期但收入未达预期。公司每股收益 (EPS)为$0.28，超过了$0.23的预期，增幅达21.74%。然而，实际收入为$241.4百万，低于预期的$251.73百万，收入负向差异为4.1%。尽管每股收益超出预期，Priority Tech股价在盘前交易中下跌24.48%至$6 ...

The Web Summit, a global conference launched in Dublin in 2009 and moved to Lisbon in 2016, brings together a global community of founders, entrepreneurs, business leaders, and investors to connect ...

HANGZHOU, Nov. 6 (Xinhua) -- A total of 17 international projects on Thursday received World Internet Conference (WIC) 2025 Awards for Pioneering Science and Technology in east China's Zhejiang ...

Priority Technology Holdings Inc (NASDAQ:PRTH) 于11月6日发布了2025年第三季度财报，显示出喜忧参半的业绩，引发了股价大幅下跌。尽管公司报告的调整后每股收益为0.28美元，超过了分析师预期的0.23美元，但公司2.414亿美元的收入未能达到预期的2.5173亿美元，造成了4.1%的负面意外。

作为德国汽车工业的 “心脏”，斯图加特从未缺席全球汽车产业的变革浪潮。2025 年，这里将迎来欧洲电动化技术的顶级盛宴 —— 德国斯图加特电动汽车及混合动力车展览会（Electric Hybrid Vehicle Tech 2025），全球车企与供应链企业正聚焦于此，一场关于电动化、智能化的技术博弈即将拉开帷幕！

Under Project CargoX, a Hong Kong Monetary Authority-led initiative for a digital trade finance eosystem, FreightAmigo is ...

Market Reactions: Following the announcement, AMD's stock saw fluctuations, reflecting the uncertainty investors feel about the company's future performance. The tech sector is known for its ...

IT之家 11 月 11 日消息，尽管人类无法凭空长出更大的肌肉，但苏黎世联邦理工学院（ETH Zurich）的研究团队已证实：在微重力环境下，可通过 3D 打印技术制造出功能性肌肉组织。 所谓“3D 打印”，是一种通过逐层堆叠材料来构建实体物件的增材制造技术。目前，已有多种物体在太空中成功实现 3D 打印；然而，从零开始构建具备生理功能的人体组织（例如血管）则需突破性创新。实现这一目标被视为迈向 ...