LoE-Driven Digital Magnetic Field Generators for Fusion Stability and GYRO Propulsion A Relational Hamiltonian Framewor

LoE-Driven Digital Magnetic Field Generators for Fusion Stability and GYRO Propulsion: A Relational Hamiltonian Framework

Description:
This work introduces a unified Logic of Existence (LoE)–based framework for the active control of magnetic topology in fusion devices and for gravitational-well navigation in deep-space propulsion. The paper develops a relational Hamiltonian model in which magnetic fields, plasma shape variables, and system couplings form an interaction-driven phase space rather than a static geometric configuration.

A central contribution is the concept of digital magnetic pumps—software-defined, multi-zone electromagnetic arrays capable of real-time modulation of plasma topology. Unlike classical tokamak or stellarator coils, which rely on fixed geometry, the proposed $N$-zone system enables dynamic shaping of magnetic fields to suppress instabilities, enhance confinement, and stabilize MHD behavior at high temporal resolution.

In parallel, the same relational Hamiltonian structure is extended to GYRO propulsion, a method for navigating gravitational multi-body systems by synchronizing thrust phase, magnetic exhaust geometry, and orbital timing. This establishes a pathway toward long-range spacecraft trajectories that treat gravitational wells as controllable potentials rather than passive obstacles.

The work also discusses the implications of LoE-based magnetic control for planetary-scale infrastructure, including fusion-powered decarbonization, synthetic fuel production, global DAC systems, and the stabilization of climate feedback loops.

An experimental roadmap is provided, outlining practical steps for testing digital magnetic pumps in small plasma chambers, along with guidelines for scaling the architecture toward HTS fusion prototypes and GYRO-aligned propulsion testbeds.

This paper forms part of the broader LoE research programme developing relational physics, emergent Hamiltonian dynamics, adaptive field control, and next-generation AI-driven engineering.

Keywords:
Logic of Existence (LoE), fusion energy, tokamak, stellarator, magnetic confinement, GYRO propulsion, gravitational surfing, relational Hamiltonian, digital magnetic pumps, MHD stabilization, plasma control, climate remediation, deep-space propulsion, emergent dynamics, adaptive magnetic topology.

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Creative Commons BY-NC-ND