xAI JUST BECAME ONE OF THE MOST POWERFUL AI TRAINING FORCES ON EARTH – AND IT’S ONLY GETTING STARTEDxAI’s Colossus supercluster has exploded in scale: now running >500,000 GPUs (with plans to double to 900k+ by mid-2026), pushing toward 2 GW total power draw across sites.“The Colossus 2 supercomputer for @Grok is now operational. First Gigawatt training cluster in the world. Upgrades to 1.5GW in April.” @elonmuskThat’s gigawatt-scale training — the largest single AI cluster ever deployed — fueling Grok mode ...

这一表态证实了上周五一位知情人士的爆料。消息称，SpaceX已告知投资者，将优先考虑登月任务，并将火星之旅推迟到稍后进行。目前的具体目标是在 2027年3月进行一次无人月球着陆。 当地时间2月8日，埃隆·马斯克宣布，SpaceX将把工作重心从火星转移到月球，首要任务是建设一个"自生长型月球城市"。 马斯克表示，这一目标可能在10年内实现。 ▲当地时间2026年2月6日，美国得克萨斯州卡梅伦县，带有SpaceX标志的起重机位于星舰基地发射场附近 图据视觉中国 "月球更快，能更早保障文明未来" 马斯克周日在社交平台上发帖，解释了这一优先级的变化。他写道："SpaceX也将努力建设火星城市，并在大约5到7年内开始行动，但压倒性的优先事项是 保障文明的未来，而月球（实现起来）更快。" 推翻"2026去火星"激进承诺 去年，马斯克曾雄心勃勃地表示，目标是在2026年底前向火星发送无人探测器。如今，资源和精力显然已被重新分配到了月球项目上。 分析认为，这一转变也与当前激烈的地缘政治竞争有关。美国在航天领域正面临来自中国的强有力竞争，美国致力于让宇航员重返月球。 就在此前不久，SpaceX同意收购人工智能初创公司xAI。S ...

炒股就看金麒麟分析师研报，权威，专业，及时，全面，助您挖掘潜力主题机会！ 来源：国际投行研究报告 马斯克宣布重大变化：10 年内开始建设月球城市！推迟火星计划！ SpaceX推迟了原定于今年达成抵达火星的目标，转而为NASA执行一项承诺已久的月球航行任务。 SpaceX推迟了原定于今年执行的火星计划，将重心转向为美国国家航空航天局（NASA）执行一项承诺 已久的月球航行任务。 几年前，NASA聘请SpaceX准备一款"星舰"（Starship）飞行器，以便在月球附近与NASA的一艘航天器 会合，搭载宇航员并将美国宇航员运送到月球表面。将美国宇航员送上月球是NASA的"阿尔忒弥 斯"（Artemis）太空探索计划的关键部分。 总部位于得克萨斯州的SpaceX利用NASA提供的数以十亿美元计的资金，帮助开发了"星舰"，这枚超过 400英尺高的火箭被设计为可完全重复使用。 去年，马斯克曾称月球任务是"一种干扰"，并表示SpaceX将"直奔火星"。据《华尔街日报》（The Wall Street Journal）报道，马斯克此前曾游说美国总统特朗普（Trump）支持他的火星计划，他告诉特朗 普，将人类送上火星将巩固特 ...

智通财经获悉，埃隆·马斯克上周日表示，SpaceX已将重心转向在月球上建造一座"自我生长的城市"， 他表示这有望在不到10年内实现。 SpaceX此次将重心转向月球的决策，与当前的政策环境和技术可行性紧密相关。全球范围内对于月球 探索的兴趣复苏，以及各国政府和太空机构制定的月球任务时间表，为SpaceX提供了潜在的合作机会 和市场需求。 本十年，美国在努力将宇航员送回月球的过程中，面临来自中国的激烈竞争。自1972年美国阿波罗计划 最后一次任务以来，人类再未踏足月球。 马斯克的上述言论是在SpaceX同意收购xAI之后发表的。在这笔交易中，火箭与卫星公司SpaceX估值达 1万亿美元，人工智能公司xAI估值达2500亿美元。 财经频道更多独家策划、专家专栏，免费查阅>> 责任编辑：栎树 "话虽如此，SpaceX也将致力于建设火星城市，并计划于约5至7年内启动，但压倒一切的优先事项是确 保文明的未来，而月球更快实现，"马斯克在X平台发帖补充道。 据了解，马斯克对于月球"自生长城市"的构想，代表了将地外探索从短期任务推向永久定居的长期愿 景。这一概念的核心在于依赖SpaceX的星舰(Starship)运载能力，分 ...

智通财经APP获悉，埃隆·马斯克上周日表示，SpaceX已将重心转向在月球上建造一座"自我生长的城 市"，他表示这有望在不到10年内实现。 "话虽如此，SpaceX也将致力于建设火星城市，并计划于约5至7年内启动，但压倒一切的优先事项是确 保文明的未来，而月球更快实现，"马斯克在X平台发帖补充道。 马斯克的上述言论是在SpaceX同意收购xAI之后发表的。在这笔交易中，火箭与卫星公司SpaceX估值达 1万亿美元，人工智能公司xAI估值达2500亿美元。 马斯克的上述言论呼应了上周五的一篇报道，该报道称SpaceX已告知投资者，将优先实施登月计划， 之后再尝试火星之旅，目标于2027年3月进行无人登月。 此外，他去年还曾表示，当时的目标是在2026年底前向火星发射无人探测任务。 SpaceX此次将重心转向月球的决策，与当前的政策环境和技术可行性紧密相关。全球范围内对于月球 探索的兴趣复苏，以及各国政府和太空机构制定的月球任务时间表，为SpaceX提供了潜在的合作机会 和市场需求。 本十年，美国在努力将宇航员送回月球的过程中，面临来自中国的激烈竞争。自1972年美国阿波罗计划 最后一次任务以来，人类再未踏足月球 ...

Group 1: Internet & Technology Sector Insights - The Hang Seng Technology sector has seen a valuation recovery since early 2025, with a PE-TTM of 20.05, below historical averages, indicating potential for value investment [3] - Southbound capital has accelerated inflow into Hong Kong stocks, with significant increases in holdings of major internet companies, suggesting a focus on profitability and technology business realization [4] - The internet industry is stabilizing in user traffic, with a shift towards high-quality growth driven by generative AI, which is expected to reshape valuations [5] Group 2: Lithium Battery Industry Strategy - The lithium battery industry is entering a new cycle with strong demand driven by policy support and technological advancements, particularly in energy storage and electric vehicles [7] - The supply-demand relationship is improving, leading to price recovery across the lithium battery supply chain, with significant potential for material price increases in 2026 [9] - New technologies, such as solid-state batteries and sodium-ion batteries, are expected to accelerate industrialization, enhancing the growth prospects of the lithium battery sector [10] Group 3: BYD Company Analysis - BYD's January 2026 sales reached 210,000 units, with a strong performance in overseas markets, indicating a robust growth engine for the company [15] - The company is launching new models aimed at high-end markets, which are expected to enhance market share and brand influence [18] - Revenue forecasts for BYD from 2025 to 2027 are projected at 854.9 billion, 995.9 billion, and 1,111.7 billion yuan, with corresponding net profits of 35.73 billion, 50.19 billion, and 62.65 billion yuan [18] Group 4: Leap Motor Company Insights - Leap Motor delivered 32,000 vehicles in January 2026, marking a 27.4% year-on-year increase, with plans to reach a sales target of 1 million units for the year [19] - The company is set to launch several new models, enhancing its product lineup and market presence [20] - Revenue projections for Leap Motor from 2025 to 2027 are estimated at 66.27 billion, 104.12 billion, and 135.41 billion yuan, with significant growth anticipated [20] Group 5: Geely Automobile Performance - Geely's January 2026 sales reached 270,000 units, a 1.3% year-on-year increase, with strong performance in both fuel and electric vehicle segments [23] - The company is expanding its global strategy with new model introductions in overseas markets, which are expected to drive future growth [25] - Revenue forecasts for Geely from 2025 to 2027 are projected at 331.2 billion, 421.8 billion, and 485.8 billion yuan, with a focus on electric and high-end vehicle segments [25] Group 6: Long Wall Motor Company Overview - Long Wall Motor's January 2026 sales were 90,000 units, with a target of 1.8 million units for the year, indicating a positive sales trajectory [27] - The company is investing in new channels and models, which may impact short-term profitability but is expected to enhance long-term growth [28] - Revenue projections for Long Wall from 2025 to 2027 are estimated at 222.8 billion, 275.5 billion, and 309.8 billion yuan, with a focus on international expansion [29] Group 7: SpaceX and Commercial Aerospace Developments - SpaceX's acquisition of xAI and the approval of a million-satellite application signify a strategic push towards space-based computing and energy solutions [31][32] - The integration of AI and satellite technology is expected to drive significant advancements in space energy demand, particularly solar energy [34] - The commercial aerospace sector is anticipated to grow rapidly, with a focus on solar energy solutions and satellite deployment [35]

据《福布斯》2月3日报道，随着SpaceX收购xAI，埃隆.马斯克以8520亿美元(现汇率约合5.92万亿元人民 币)个人净资产刷新人类财富纪录。 凤凰网科技讯2月9日，马斯克周末表示，特斯拉市值有朝一日可能达到100万亿美元，但需要付出巨大 的努力。一位网友写道：特斯拉的市值目前已达1.5万亿美元。要达到100万亿美元，就意味着要增长65 倍。马斯克回应称："显然，要实现这样的结果，需要付出极其巨大的努力并且要有十足的运气。我只 是想说，这并非完全不可能。" ...

【环球网财经综合报道】日前，埃隆·马斯克将SpaceX和xAI合并，创建了截至目前全球最大的私人公司之一，有分析 人士称，此举在向公众市场迈进的过程中，既有潜力增长，也存在财务风险。 NBCNEWS发文称，Zacks Investment Research的股票策略师安德鲁·罗科在接受电话采访时认为，此次收购是有意义 的："这将产生大量的协同效应，这两家公司会更顺利地运营。"他还提到："SpaceX凭借其庞大的载荷容量和几乎垄 断的太空市场，我认为这将帮助马斯克的其他公司加快在人工智能数据中心和训练竞赛中的步伐。" Bloomberg则报道称，合并后的公司估值将达到1.25万亿美元，其中大部分估值来自SpaceX。 马斯克则在公告中表示："在未来两到三年内，太空可能是生成式人工智能计算成本最低的方式"。 此外，马斯克认为，今年年内或实现AI对人类能力的全面数字化模拟，这将彻底改变许多行业，未来"仿真数字人 类"将远超人类数量。在此背景下，控制AI不是重点，当务之急是确保其价值观与人类文明延续目标一致。 ...

By bringing SpaceX and xAI together the world’s richest man is saddling a money-spinning space champion with a loss-making AI laggard https://t.co/wjmgY9yXjP ...

Group 1 - The article discusses a significant shift in the AI revolution, emphasizing that the real challenge lies in overcoming physical constraints rather than just improving algorithms [1] - It highlights that robots, particularly those like Musk's Optimus, represent a new era of "self-replicating industrial units," which could disrupt traditional labor cost models [3] - The article warns of an impending "breakpoint" in power supply within 36 months, as computational power grows exponentially while global electricity output remains stagnant [4] Group 2 - Musk's strategy involves moving energy-intensive computing to space to avoid terrestrial political hurdles, thus optimizing efficiency [6][7] - The concept of a vertically integrated "interstellar production line" is introduced, suggesting that competitors will face not just technological gaps but also "dimensional gaps" [8] - The article stresses the importance of energy conversion into productive capacity, indicating that the future of manufacturing will depend on who can efficiently harness and utilize cosmic energy [9] Group 3 - The conclusion emphasizes a pragmatic approach to engineering challenges, suggesting that when systems become bottlenecks, alternatives must be sought, such as moving operations to space [10] - The article notes that solar energy in space is five times more efficient due to the absence of atmospheric interference, and there are no bureaucratic delays in orbit [13] - It outlines a collaborative framework where SpaceX transports energy, space computing provides intelligent fuel, xAI refines digital processes, and Optimus executes physical production on Earth [14]