The Biostructural Isomorphism Hypothesis: Linking Plasma Dynamics with Biological Motion Patterns

This paper proposes a novel hypothesis suggesting that certain biological organisms may exhibit motion patterns structurally isomorphic to plasma dynamics observed in fusion reactors and astrophysical environments. By identifying and analyzing rhythmic movements in creatures such as jellyfish and slime molds, we explore the potential for biologically inspired models to simplify plasma simulation and enhance fusion research. The study integrates perspectives from biophysics, plasma physics, and mathematical morphology to suggest a deeper ontological connection between life and cosmic structure.