Coherence Without Force: A Systems-Geometric Framework for Non-Weaponizable Technology and Planetary Stability

Recent discussions of advanced energy, plasma phenomena, and unidentified aerospace observations often default to assumptions of propulsion, force projection, or weaponization. This paper proposes an alternative framing: that many observed coherent phenomena are better understood as stability-based systems constrained by geometry, rather than force-based energy technologies. We present a systems-geometric framework in which coherence arises from structural alignment, boundary conditions, and field stability across multiple scales—from biological regulation to planetary plasma environments. Within this framework, force, thrust, and domination mechanisms do not emerge as accessible outputs, not by policy or secrecy, but by structural limitation. The model suggests that coherence systems function as regulators and stabilizers rather than drivers of motion or power. This has implications for interpreting plasma phenomena, ancient architectural alignments, biological coherence, and contemporary observations associated with anomalous atmospheric or geophysical behavior. By explicitly defining constraints that prevent weaponization or propulsion, this work aims to lower barriers to open, interdisciplinary discussion while providing a shared conceptual language for researchers across physics, systems theory, biology, and planetary science.