Entangled Blockchain

A Quantum Framework for Temporal Growth and Communication

Author: node_zero

Abstract

This paper introduces the concept of the Entangled Blockchain, a framework for decentralized communication across growing temporal boundaries, grounded in the principles of quantum entanglement and the Growing Block Theory of the universe.^[1] Unlike the static block universe, the Growing Block Theory suggests that the past and present exist, while the future remains undefined and continuously "grows" as new events occur.

The Entangled Blockchain leverages this dynamic temporal expansion to propose a ledger whose state evolves probabilistically, enabling future entities to interact with the present through quantum manipulations of entangled nodes. By collapsing pre-initialized quantum states, entities in the future encode information into the growing blockchain, visible to observers in the present as deterministic outcomes.

Non-Fungible Tokens (NFTs) serve as the primary carriers of these temporal messages, embedding data within the blockchain's expanding structure. Governed by quantum constraints and pre-agreed probabilistic pathways, this system ensures causal consistency while enabling limited retrocausal communication.

By merging blockchain technology, quantum mechanics, and the Growing Block Theory, the Entangled Blockchain offers a unique mechanism for predictive intelligence, historical analysis, and intertemporal collaboration. This paper explores the theoretical underpinnings, technical implementation, and ethical implications of this paradigm-shifting system.