From meaninglessness to meaningfulness: The emergence of value in the era of mechanical intelligence and the construction of BEVM (λ) We are in an unprecedented era where mechanical intelligence is surpassing human self at an astonishing speed. At this historic turning point, the integration of information theory, control theory, and blockchain technology provides us with a new perspective for understanding and shaping the future intelligent world. This article will explore Shannon's information theory, Wiener's control theory, Satoshi Nakamoto's Bitcoin, and the construction of BEVM (λ), in order to explore the emergence of value and the construction of a world of trust in the era of mechanical intelligence. The cornerstone of information theory: Shannon's meaningless Internet Shannon's information theory laid the foundation for modern communication. He emphasizes the quantitative transmission of information while ignoring its specific meaning. This has built us a meaningless cornerstone of the Internet, a platform for the free flow of information. On this platform, computers, as the main body, communicate through bits, and jointly build the "world state" of the Internet. Guiding Principles of Cybernetics: Wiener's Meaningful World Wiener's control theory goes beyond simple information transmission and focuses on the role of information in control and feedback. He constructed a 'meaningful' world where information is not just data, but also tools for achieving specific goals. The emergence of Bitcoin was a successful practice of Wiener's control theory. The Inspiration of Bitcoin: The Transition from Meaninglessness to Meaningfulness Nakamoto's Bitcoin has achieved the transition from Shannon's meaningless Internet to Wiener's meaningful world through thermodynamic work. Bitcoin miners, as the main body, communicate through UTXO to build a decentralized value currency called the 'World State'. The success of Bitcoin points out the direction for us: on the basis of meaningless Internet, meaningful value worlds can emerge through appropriate mechanisms. BEVM(λ)： Building a Trust World Based on Subject Modeling BEVM (λ) aims to draw on the successful experience of Bitcoin and build a broader "meaningful" world of trust. It is based on Shannon's meaningless Internet, facing the meaningful world of Wiener, referring to the development direction of Bitcoin, and adopts an agent-based modeling method to build its overall framework. Subject based modeling: core elements The construction of BEVM (λ) revolves around three core elements: subject, communication language, and world state. Subject (Miner): The subject of BEVM (λ) includes BTC thermodynamic work mining based on lightning network state channels. BFT consensus fault-tolerant mining based on BEVM verification nodes. Based on BitAgere network Agere abstract creation labor mining. Agere's verification nodes maintain interfaces for mining and other operations. Communication language: Using UTXO state based data communication format to achieve meaningful transmission of information. World State: Building a "meaningful" trust world that is not limited to decentralized value currency applications. Emergence: Sublimation from Meaninglessness to Meaningfulness The goal of BEVM (λ) is to emerge a meaningful trust world through interaction and communication of subjects on the basis of meaningless Internet. This world is not just about the exchange of value, but also about the transmission and creation of trust. Conclusion: Philosophical Reflections on the Era of Mechanical Intelligence In the era of rapid development of mechanical intelligence, we need to rethink the relationship between humans and machines, as well as the essence of value and trust. The construction of BEVM (λ) is a practice of these philosophical reflections. We hope to build a more fair and trustworthy digital world through BEVM (λ), and contribute to the development of human society.