Musk renamed his artificial intelligence business SpaceXSI; Altman said AI development should tolerate certain risks; Xiaomi Vision GT will be included in the "GT7" game | Geeks already knew马斯克将旗下人工智能业务更名为 SpaceXSI；Altman 称 AI 发展应容忍一定风险；小米 Vision GT 将入驻《GT7》游戏｜极客早知道

Musk plans to rename SpaceXAI to SpaceXSI to endorse the concept of "super intelligence". U.S. President Trump's push to replace "artificial intelligence" (AI) with "super intelligence" (SI) is rapidly affecting the technology industry. Tesla and SpaceX CEO Elon Musk recently stated that his artificial intelligence business brand SpaceXAI intends to change its name to SpaceXSI and publicly declared that "SpaceX is a super-intelligent company." This stance stems from a new policy recently promoted by the Trump administration. On September 22, Trump announced that he would replace the term "artificial intelligence" with "superintelligence" and called on the U.S. federal government to adopt new expressions in relevant documents and agencies. Since then, the U.S. government has begun to establish a new policy framework and industry communication mechanism around "superintelligence." In response to a question from a social platform user about whether SpaceXAI will be renamed SpaceXSI, Musk made it clear that "yes, we will make changes." Later, he further wrote that SpaceX is essentially a "super-intelligent company." If this name change is finally implemented, it will be another adjustment to the brand identity of this business segment in a short period of time. Previously, xAI, founded by Musk, was acquired by SpaceX in February this year. In July, it officially completed its brand reorganization and changed its name to SpaceXAI, integrating Grok and other artificial intelligence products into the SpaceX system. Now, as the concept of "super intelligence" is brought to the forefront, the brand may once again undergo a name adjustment. (Source: CnBeta) Yu Chengdong: Huawei Semiconductor has successfully designed and mass-produced 381 τ chips in the fields of mobile phones, AI, smart cars, etc. It was reported on October 4 that at the 2026 International Circuits and Systems Symposium in May this year, He Tingbo, director of Huawei and president of the Semiconductor Business Department, proposed a new evolution path for semiconductors - "Tao (τ) Law" for the first time in his keynote speech. Yu Chengdong, Huawei's Managing Director, Director of the Product Investment Review Committee, and Chairman of Terminal BG, released a video today, revealing that Huawei Semiconductor has successfully designed and mass-produced 381 τ chips in multiple fields such as mobile phones, AI, general computing, networks, and smart cars. According to Yu Chengdong, in the past, chip performance improvements mainly relied on shrinking transistors. But as transistor sizes approach physical limits, performance improvements become increasingly difficult. Because space is limited, Huawei changed its thinking - asking time for performance. Specifically, when the chip completes a task, time is not only spent on calculations, but also on data transmission and waiting. The core idea of ​​Tao's Law is to reduce data detours, eliminate the need to wait for calculations, and spend less time completing more tasks. Huawei's Tao's Law proposes replacing "geometric shrinkage" with "time (τ) shrinkage" as a new guiding principle for the evolution of semiconductors and electronic systems. Through innovative technologies such as logic folding, signal propagation delays are continuously compressed and transistor density is continuously increased, thereby achieving the continued evolution of semiconductors and electronic systems. (Source: IT Home) It is reported that TSMC plans to increase the price of advanced wafers by another 6%~8% in 2027Q1. According to news on October 5, Korean media ddaily published a blog post on October 2, reporting that based on the decision to increase the price by 10%~20%, TSMC plans to increase the price of the most advanced wafer shipments by about 6%~8% in the first quarter of 2027. The reason was rising manufacturing costs and electricity bills. The report quoted semiconductor industry sources as saying that TSMC's 2-nanometer process orders have surged, and the company has increased its wafer order target by 15% to 20% compared with the original plan. In response to the increase in orders, TSMC has put five 2-nanometer dedicated mass production plants in Baoshan, Hsinchu and Kaohsiung into full operation. The concentration of advanced process capacity has made it difficult for some customers to obtain new wafer quotas. Chip design companies such as Qualcomm and AMD are facing rising manufacturing costs and single supply chain risks. Therefore, some customers have begun to seek supply sources other than TSMC, and Samsung Electronics' foundry business has gained potential order opportunities. Samsung is advancing 2nd generation 2nm