Archaeology as the First Science for AI: A Feasibility Study for the Nostr-based Chinese Archaeological Completion Plan
The protocol achieves network-level anti-censorship resilience by "embracing censorship" at the node level. This is a brilliant game-theoretic design: when a relay operator faces legal pressure or censorship demands, they can simply choose to comply (delete specific content), thereby ensuring the survival of their own server. However, because the user's client broadcasts the same "event" to multiple relays simultaneously—relays that may be distributed worldwide and subject to different jurisdictions—the information itself survives within the network. Even if one, ten, or a hundred relays delete a piece of information, as long as one relay has a backup, it remains accessible.The anti-censorship capability of the entire network is built precisely on the foundation that its constituent parts are not designed to be "martyrs." This is a radical and distinctive model of decentralization. It shifts the meaning of "decentralization" from the "redundancy of consistent full-node state" pursued by many blockchain systems to a "redundancy of heterogeneous network state." The system's resilience comes from the diversity of the network, not the uniformity of its members. The total knowledge of the system is the union of the data held by all relays, not the intersection. This is a paradigm of decentralized knowledge management that is more characteristic of a living organism and, perhaps, more viable.