CSTx: Curvature-Synced Communication and Signal Transfer Across Spacetime Environments Using Dual-Phase Emitters (DPE)

This private submission contains a unified collection of theoretical models, engineering schematics, and applied use-case documentation for a next-generation communication system leveraging Plasma Burst Signaling paired with Curvature Sync Transmission (CSTx) and Curved Spacetime Transfer (CST). The materials explore signal generation and propagation through gravitational distortions, real-world power requirements, directed plasma emission control, and dual-phase laser encoding. Emphasis is placed on ethical use, peaceful exploration, and the technical viability of communication in and out of black holes, as well as long-range interstellar and mesh-resonant satellite systems. This collection also includes preliminary patent structures and hardware specifications for the Dual-Phase Emitter (DPE), modular communication relays, encryption methods, and CST-based modulation mathematics. Authored and developed by J.M. Cox, this archive is intended for timestamped preservation, authorship verification, and preparation for later publication or collaborative development. Note: All materials are protected and not authorized for military or commercial exploitation.