This conceptual paper proposes a novel framework for Dark Matter (DM) behavior based on the principles of Quantum Mechanics. We hypothesize that DM exhibits a "Density-Dependent Wave-Particle Duality." In low-density environments, such as galactic halos, DM exists in a coherent wave state, behaving as a gravitational field. However, in high-energy environments or violent cosmic collisions (e.g., the Bullet Cluster), the system undergoes "Gravitational Decoherence," causing the wave-function to collapse into a particle-like state. This "Cosmic Observer Effect" provides a potential explanation for the physical separation of dark mass from baryonic gas without requiring complex self-interaction terms.
Alia Alasali (Wed,) studied this question.