Group 1 - The core point of the article is that Honor has announced multiple job openings related to robotics research and development [1] - The positions include roles such as robotics embodiment large model and data algorithm engineers, robotics software system development engineers, testing engineers (robotics direction), and dexterous hand design engineers [1]

Group 1 - The core viewpoint of the article is that Honor has officially entered the robotics industry, showcasing a new robot that has achieved a running speed of 4m/s, setting a new record in the sector [1] Group 2 - Honor's CEO, Li Jian, presented the story of the company's employee and robot development during the launch of the Honor 400 series [1] - The announcement of Honor's entry into robotics was made unexpectedly during the product launch event [1]

金十数据5月28日讯，5月28日，荣耀CEO李健在荣耀400系列发布会上展示了其员工与机器人研发的故 事，意外官宣了荣耀已经进军机器人的消息。据了解，李健在发布会上展示的这款机器人，跑步速度已 经达到4m/s，打破了之前的机器人行业记录。 （凤凰网科技） 荣耀确认进军机器人业务 ...

Group 1 - The core point of the news is that Runyang Technology plans to invest up to 300 million yuan in Fourier Intelligent Technology, with a pre-investment valuation of 8 billion yuan for Fourier [1] - The investment aims to expand the application scenarios of Runyang's foamed materials and enhance the company's competitiveness and business layout in line with its strategic development plan [2] - Runyang Technology's main business involves the research, production, and sales of polyolefin foamed materials, which are high polymer materials created through a complex foaming process [1] Group 2 - Fourier is a leading company in the general robotics industry, focusing on humanoid robots and intelligent rehabilitation solutions, with products used in over 40 countries and regions [2] - The GRx series humanoid robots, including models GR-1 and GR-2, are designed for various applications such as guidance, academic research, and medical rehabilitation [2] - In January, Fourier completed a new round of financing totaling nearly 800 million yuan, which will support its mission to create the best embodiment for AI [3]

Core Insights - Researchers at the University of California, Berkeley have developed the world's smallest controllable flying robot, measuring less than 1 centimeter in diameter and weighing only 21 milligrams, aimed at applications such as pollination and exploration of confined spaces [1][3] Group 1: Technology and Design - The new flying robot is equipped with two micro magnets and operates using an external magnetic field for power and flight control, overcoming challenges of integrating power sources and control electronics into a tiny device [3] - The robot's design resembles a small propeller, with the magnets allowing it to hover, change trajectory, and target small objects, similar to how bees collect nectar [3] Group 2: Future Developments - Current limitations include the absence of onboard sensors for real-time position detection, which may lead to deviations in flight path under sudden environmental changes; plans are in place to add active control features for better maneuverability [3] - The research team aims to reduce the robot's size to less than 1 millimeter, enabling control through weak radio waves, and is also developing a 5-millimeter "swarm" robot capable of collaborative tasks, potentially for medical applications such as thrombus ablation [3]