Reality Mesh Network (RMN) – Concept Journal Author: Agung Eka Origin: Desa Lokapaksa, Seririt, Buleleng, Bali, Indonesia ABSTRACT: Reality Mesh Network (RMN) is a conceptual technological framework intended as a foundational layer for future development of safe, state-based teleportation systems. RMN proposes a global intermediary network capable of sensing, mapping, and synchronizing the physical state of objects in real time across the planet. By providing a persistent mesh of object-state data, RMN establishes the informational substrate needed for accurate teleportation. 1. INTRODUCTION: Teleportation has long been viewed as science fiction. RMN suggests that the first necessary step is not moving objects, but creating a world-scale system capable of reading and transmitting object states. RMN imagines Earth covered by a network of sensors, nodes, and digital twins that continually monitor the status and position of physical matter. 2. CORE CONCEPT: RMN acts as a global “reality layer”—a digital mesh that captures physical information continuously. Each object has an identifier and state profile stored in a distributed system. RMN enables researchers to analyze, simulate, and potentially transfer object states with high precision. 3. COMPONENTS: • Sensor Nodes – Devices capable of scanning material composition and structure. • State Encoding System – A unified data language describing physical states. • Reality Mesh Interlink – Global communication backbone for synchronization. • Digital Twin Layer – High-resolution simulations of physical objects. • Secure Teleportation Protocol (Future) – Data-to-matter conversion framework. 4. PURPOSE: RMN does not attempt teleportation directly. Instead, it builds the infrastructure necessary to enable it in the future—similar to how the internet preceded cloud computing. 5. POTENTIAL APPLICATIONS: • High-precision logistics • Real-time global mapping • Advanced robotics and automation • Medical and nanotechnology research • Future teleportation prototypes 6. VISION: The idea is proposed by Agung Eka as a long-term contribution to scientific innovation, hoping RMN will be developed further by researchers. 7. CONCLUSION: RMN provides a conceptual foundation pointing toward the possibility of future teleportation systems.