Web 3.0 introduces the concept of crypto-network entities, which are independently defined by public key pairs and connected to Web 3.0 cyberspace. In this paper, we present a spacetime coordinate system that is based on fractal polytopes in any dimension, utilizing blockchain technology for discrete time and consensus. Furthermore, we define novel network entities and functions that utilize hyperdimensional deterministic switching and routing protocols, as well as blockchain-enabled mutual authentication. In addition to our spacetime network architecture, we devise a multi-tier identity scheme that extends the native Web 3.0 crypto-network-entity to the outer cyber and physical world, including internet infrastructure and future generations of mobile networks, such as 6G. This provides legal compliance with anonymity and linkability to all derived identifiers of entities. By integrating crypto-network entities and novel hyperdimensional space-time networks, we establish a unified, holistic Web 3.0 network that is persistent in both spacetimes and extended to our cyber and physical world.

中文翻译：

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当 Web 3.0 遇见现实：超维分形多面体 P2P 生态系统


Web 3.0 引入了加密网络实体的概念，这些实体由公钥对独立定义并连接到 Web 3.0 网络空间。在本文中，我们提出了一个基于任意维度的分形多面体的时空坐标系，利用区块链技术实现离散时间和共识。此外，我们定义了利用超维确定性交换和路由协议以及支持区块链的相互身份验证的新型网络实体和功能。除了我们的时空网络架构之外，我们还设计了一种多层身份方案，将原生 Web 3.0 加密网络实体扩展到外部网络和物理世界，包括互联网基础设施和未来几代移动网络，例如 6G。这提供了对匿名性的法律合规性以及与实体的所有派生标识符的可链接性。通过集成加密网络实体和新颖的超维时空网络，我们建立了一个统一的、整体的 Web 3.0 网络，该网络在时空中持久存在，并扩展到我们的网络和物理世界。