【观网财经丨智能早报11月10日】 中国首款可回收火箭朱雀三号11月中下旬首飞 11月10日智通财经消息称，我国自主研制的首款液体可回收运载火箭"朱雀三号"将于11月中下旬，在东 风商业航天创新试验区执行首飞任务。作为国内首个迈入工程化应用阶段的可回收火箭，其成功发射将 填补我国该领域空白，标志着中国商业航天正式进入"可复用、低成本"新阶段。 据悉，朱雀三号由蓝箭航天自主研发，于2023年8月正式立项，是全球首款全不锈钢液氧甲烷运载火 箭。该火箭全长66.1米，起飞质量约570吨，起飞推力超750吨，低轨运载能力达21.3吨，一子级设计复 用20次，搭载9台天鹊-12A液氧甲烷发动机，具备45%-111%连续变推能力，可实现高精度垂直回收。 其"不锈钢+液氧甲烷"的技术路线，既保障复用寿命与扩展性，也使发射成本目标降至每公斤20000元以 内，与SpaceX猎鹰9号成本水平相当。 此次行程，黄仁勋首站直奔台积电3nm核心生产基地，与董事长魏哲家就产能保障展开磋商。据透露， 该产线当前月产能10万片，计划2026年提升至16万片，新增产能将重点供应英伟达。 目前朱雀三号已完成首飞前关键准备，10月中下旬顺利通过 ...

Group 1 - The article highlights the potential of polyurethane materials in developing robotic "bionic skin," emphasizing the need for materials that are soft, biocompatible, and durable as humanoid robots become more prevalent in everyday settings [2] - WanHua Chemical has recently obtained a patent for a high-rebound, low-melting-point thermoplastic polyurethane elastomer, which aligns with the requirements for robotic skin [2] - Thermoplastic polyurethane (TPU) is noted for its excellent mechanical properties, including a wide hardness range, temperature resistance, and strong elasticity, making it suitable for flexible tactile sensors in humanoid robots [2] Group 2 - The solid-state battery industry is experiencing significant advancements, with multiple leading companies announcing mass production plans [3] - Recent research breakthroughs in solid-state lithium metal batteries have been reported, including a new anion regulation technology that addresses contact issues between electrolytes and lithium electrodes [3] - Major battery manufacturers, such as CATL and EVE Energy, are actively pursuing solid-state battery projects, while several automotive companies are also accelerating the integration of solid-state batteries into their vehicles [3]