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HISTORY MADE TODAY in the USA • SPACEX SUCCESSFULLY CAUGHT STARSHIP SHIP 42 — this is the FIRST upper stage ever to be returned to its launch tower and recovered! • Video Credit: SpaceX November 14, 2026

The next stage that is going to happen and will carry the title "Historic" is when there's a new class of Ships that are Tanker Class. These would be charged with "orbital refilling" of the Ships heading out to the moon and Mars. Notice it's "refilling" and not "refulling"

BABY IS BACK ❤️🚀 That hit the mark - The landing of Starship 42 was absolutely historic. ​For the first time in spaceflight history, an upper stage was controlled and brought back from space after a real orbital flight, and caught directly mid-air by the Mechazilla mechanical arms ("chopsticks") at the launch tower in Starbase, Texas. Congrats @SpaceX and @elonmusk

SpaceX just caught a Starship upper stage with the launch tower for the first time ever. Ship 42 circled Earth 14 times in about 22 hours, deployed 26 Starlink V3 satellites, then returned to Starbase and into the chopstick arms. The booster catch was called off at launch, so the full double catch didn't happen. But the hard half of reuse is done.

Congratulations to SpaceX and Elon Musk on catching the Starship upper stage for the first time on Saturday. This is the ship that launched Friday, spent nearly a full day in orbit, deployed 26 Starlink satellites, then returned from space and was caught by the tower arms. Previous catches only involved the Super Heavy booster. The ship is harder. It comes back from orbital velocity, survives reentry heat, and has to hit a precise hover so the arms can grab it. No one else has done this with an orbital-class vehicle. Full reusability of both stages is what drops the cost per flight enough to support high cadence for Starlink, lunar missions, and eventually Mars. Catching the ship after a real orbital flight turns partial recovery into a complete system. The team just showed the harder half works. That’s the step that matters most.

They did it! SpaceX has just caught their Starship rocket for the first time ever, marking the first recovery of a conventional orbital rocket upper stage in history! This is one of the greatest engineering achievements in history. Congrats to the entire @SpaceX team! 🚀

【NVIDIA NeMo Switchyard在Amazon Bedrock上为编码智能体请求分配合适模型】 AWS机器学习博客11月13日发文，6位AWS和NVIDIA作者介绍在Amazon Bedrock上为编码智能体做模型路由。 作者主张用每个解决任务的成本衡量路由，而不是每个token的单价。 示例把开源网关LiteLLM和Switchyard插件部署在Amazon ECS Fargate的私有子网里。 LiteLLM通过Bedrock Converse API调用模型，流量经过VPC接口端点进入Bedrock。 能力较强的模型使用Claude Opus 5.5，高效模型使用NVIDIA Nemotron 3 Super 120B。 Stage策略读取近期工具结果在两个模型之间选择，信号不明确的时候默认使用高效模型。 Random策略按照权重分配流量，适合A/B测试，两种策略都不调用评判模型。 作者表示只在两个任务上跑了几次，不足以得出成本或者质量结论，示例只适合非生产账户。 我觉得现在只给了部署模板，团队需要自己用bench脚本量出每个任务的实际成本。 来源：AWS Machine Learning Blog · 2026-11-14