"Rethinking Brain Aneurysm Rupture- The Micro-Oscillation Hypothesis — A Novel Electromagnetic Framework for Prediction and Diagnostics"

This paper introduces the Micro-Oscillation Hypothesis, a paradigm-shifting electromagnetic framework for understanding brain aneurysm rupture. It reinterprets aneurysms as dynamic structures governed by Magnetic Information Density (MID) and a critical threshold, κ_artery, establishing a predictive link between vascular wall magnetic coherence, hemodynamic pulse, and pre-rupture micro-oscillations. The model provides a falsifiable, testable approach to aneurysm diagnostics, with clear pathways for clinical validation via intravascular sensors, high-resolution MRI, and ex vivo tissue studies. By quantifying the critical electromagnetic threshold for instability, this framework unifies vascular mechanics with fundamental principles of magnoelectric interactions and electromagnetic instability. This work extends the MID/κ framework previously applied to cosmic and plasma systems to the human vascular system, offering a cross-scale analogy of collapse dynamics and a novel route to early-warning diagnostics. Keywords: Brain aneurysm, micro-oscillation, magnetic information density, κ_artery, magnoelectric, electromagnetic instability, predictive diagnostics, vascular dynamics, falsifiable framework ---