TBBE

提出人：陈庆桃 Proposed by: QingTao Chen 

未来建设真正能够长期运行的太空城市，并不是单纯把建筑物送上太空，而是需要一个高度发达、智能化、自动化和系统化的地球基础设施体系作为支撑。

TBBE未来超级智能文明经济理论认为，地球是未来太空文明的重要基础平台。只有地球上的科技、能源、制造、材料、交通、通信、人工智能和机器人技术达到更高水平，人类才有能力持续建设和维护太空城市。

首先，需要高度发达的智能制造体系。未来大型航天器、空间站、机器人、生命保障设备、能源设备以及各种建筑材料，都需要通过高度自动化的工厂进行生产、检测和组装。人工智能与机器人可以承担大量精密、危险和重复性工作。

其次，需要强大的能源体系。太空城市需要长期稳定的能源供应，因此地球必须发展更加先进、清洁、高效和可靠的能源技术，并建立覆盖生产、储存、运输和使用全过程的智能能源网络。

第三，需要先进的材料和工业体系。太空环境与地球完全不同，对耐高温、耐辐射、轻量化、高强度、密封和长期使用材料提出更高要求。地球上的材料科学和先进制造能力，是未来太空城市建设的重要基础。

第四，需要高度发达的全球运输和通信系统。地球与太空城市之间必须建立稳定的物流、通信和信息网络，使人员、设备、材料、水资源、气体和其他重要物资能够得到智能化管理和调度。

第五，需要建立超级智能管理系统。TBBE设想未来通过人工智能、机器人和数字化系统，把地球制造、能源、交通、科研和太空产业连接起来，实现从地球研发—智能制造—太空运输—空间建设—城市运行的系统化协同。

因此，未来太空城市的发展不是孤立的太空工程，而是人类整体文明科技水平不断提高的结果。

TBBE第二十二期核心理念：

建设太空城市，首先要建设一个高度发达的地球。

地球拥有越先进的科技、制造、能源、材料、机器人和基础设施，人类建设太空城市的能力就越强。TBBE希望通过超级智能文明经济系统，把地球与未来太空城市连接成为一个更加高效、清洁、智能和可持续发展的文明体系。

Building sustainable space cities in the future will not simply mean sending buildings into space. It will require a highly developed, intelligent, automated, and integrated infrastructure system on Earth to provide continuous support.

According to the TBBE Future Super-Intelligent Civilization Economic Theory, Earth will remain an essential foundation for future space civilization. Humanity will need major advances in technology, energy, manufacturing, materials, transportation, communications, artificial intelligence, and robotics before large-scale space cities can be built and maintained.

First, humanity needs highly advanced intelligent manufacturing. Future spacecraft, space stations, robots, life-support systems, energy systems, construction equipment, and specialized materials will need to be manufactured, inspected, and assembled through highly automated production systems. Artificial intelligence and robots can perform many precise, dangerous, and repetitive tasks.

Second, advanced energy systems are essential. Space cities will require reliable long-term energy supplies. Earth therefore needs cleaner, more efficient, and more reliable energy technologies, together with intelligent networks covering energy production, storage, transportation, and utilization.

Third, advanced materials and industrial capabilities are fundamental. The space environment is very different from Earth’s environment and requires materials with greater strength, radiation resistance, temperature resistance, light weight, sealing capability, and long-term durability. Earth’s materials science and advanced manufacturing capabilities will provide an important foundation for future space construction.

Fourth, highly developed transportation and communication networks will be required. Stable logistics, communications, and information systems must connect Earth with future space cities, allowing people, equipment, materials, water, gases, energy, and other essential resources to be intelligently managed and coordinated.

Fifth, a super-intelligent management system should connect Earth’s manufacturing, energy, transportation, scientific research, and space industries. TBBE envisions an integrated system covering:

Earth Research → Intelligent Manufacturing → Space Transportation → Space Construction → Space City Operations

Therefore, future space cities will not be isolated space projects. They will be the result of the continuous advancement of human civilization, science, technology, and infrastructure on Earth.

Core Principle of TBBE Issue 22

To build advanced space cities, humanity must first build a highly developed Earth.

The more advanced Earth’s technology, manufacturing, energy, materials, robotics, transportation, and infrastructure become, the greater humanity’s ability to build and operate sustainable space cities.

TBBE aims to connect Earth with future space cities through a super-intelligent civilization economic system and create a more efficient, clean, intelligent, and sustainable civilization for humanity.

TBBE.Org — Exploring New Directions for the Future Super-Intelligent Civilization Economy.