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China's Galbot robot takes on tennis star Zheng Jie in world's first human-robot match_我的网站

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A humanoid robot went head-to-head with a former tennis champion in what was billed as the world's first human-robot tennis singles match, showcasing its ability to move, return shots and even recover from a fall during a high-intensity rally.
The match took place on Saturday as the second World Humanoid Robot Sports Games got underway. On one side of the net was Chinese tennis star Zheng Jie; on the other was a humanoid robot developed by Galbot.
The event kicked off with an entertaining mixed doubles match, in which the robot Xingzai impressed audiences with its nimble movement. It quickly moved forward and backward as needed and worked seamlessly with its human partner, with the pair adopting a complementary front-and-back formation against their opponents.
The spotlight then turned to the singles match between Zheng and the humanoid robot.
The robot held its own in rallies, trading both forehand and backhand shots with Zheng. When Zheng raised the difficulty by sending over a high, looping ball, the robot was pushed from side to side and eventually lost its balance, landing flat on its back. But it quickly recovered, adjusting its posture and getting back on its feet within seconds.
The robot also showed a surprising ability to read Zheng's slices and spin. When Zheng began moving it deliberately from side to side and from front to back, the robot responded with an impressive lunge that drew cheers from the crowd.
Throughout the match, the robot performed actions including bending its knees, tossing the ball and rotating its body entirely on its own.
The robot's serves surpassed 100 kilometers per hour, leaving it only fractions of a second to react, yet it rarely faltered under the pressure.
AlphaGo defeated South Korean Go champion Lee Sedol 10 years ago, demonstrating the power of AI in the digital realm. A decade later, a Chinese humanoid robot is stepping onto the court alongside an elite tennis player.
If AlphaGo showed that AI could master the digital world, the tennis match offered a glimpse of how AI-powered robots are beginning to withstand the demands of the physical world, experts said.
For the first time, AI was no longer confined to code. The robot ran, swung its racket, competed in real-time — and even picked itself up after falling, before carrying on with the match.
。    10月9日，新宾满族自治县永陵镇，秋阳高照，秋风送爽。湛蓝天空与金黄大地交相辉映，构成了一幅美丽而生动的丰收画卷，到处充满着喜悦和希望。         　　走进永陵镇，一片片金黄的玉米地、水稻田映入眼帘。

二 | 挺立的玉米棒、低垂的稻穗迎风摆动，在阳光下闪耀着金色光芒。在永陵镇夏园村200多亩的高标准农田里，一台玉米收割机正紧张作业，一辆农用车紧紧跟随，随时准备接收收割机剥离的玉米棒。

三 | “这块地我得收到天黑。

四 | 得抓紧时间，明天还有活儿，不能耽误农户收玉米。

五 | ”收割机驾驶员佟亚强说。佟亚强在新宾锦泓家庭农场工作，为农户提供播种、收割庄稼等服务。每年这个时候他最为忙碌。         　　为避免窝工，有两名农民在收割机无暇顾及的地垄沟中掰玉米。他们动作娴熟，脸上洋溢着笑容。“今年又是个丰收年，高兴！”他们说。

六 |          　　永陵镇作为新宾满族自治县的一个重要农业镇，下辖25个行政村，耕地总面积达8.7万亩。在这片广袤的土地上，粮食种植面积占据6.9万亩，比去年增长0.3万亩。其中，玉米种植面积高达5.6万亩，水稻1.1万亩，大豆0.2万亩。这样的种植结构，不仅保证了粮食的多样性，也为农民们提供了更多的增收渠道。　　          　　多种农作物同步生产，拓宽了农民致富渠道。新宾满族自治县委、县政府服务“三农”政策和促进农业发展的举措，为提升粮食产量和保障粮食安全提供了坚实保障。今年以来，县政府加大财政投入，提高补贴水平，鼓励农民积极种植粮食；加强高标准农田建设，通过改善农田基础设施、提高土壤肥力等，保障粮食生产。此外，还不断提升社会化服务水平，为农民提供种植技术、病虫害防治等方面的指导和支持，开展统防统治工作等。这些措施不仅提升了粮食种植规模，更保障了粮食单产水平。县农业农村局有关负责人说，由于种植业结构调整，各项保障措施落实到位，今年，新宾粮食播种面积比去年增长2.8万亩，产量可达27.9万吨，总产量比去年增长0.5万吨。

七 |                     责任编辑：李丹。

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