This paper proposes a conceptual hypothesis describing vacuum as a predictive medium composed of dynamic underlying patterns. Rather than functioning as a passive background, vacuum is interpreted as an informational infrastructure that organizes physical interactions in advance. According to this model, the motion of mass deforms these patterns, producing directional density variations that may influence the propagation of light. A conceptual experimental configuration involving laser beams and the Moon’s orbital motion is proposed as a possible method to detect such pattern-induced effects. If validated, this framework may provide an alternative interpretation of field interaction, light propagation, and the structural role of vacuum in physical reality.
Ahmet Ayberk Yalçın (Mon,) studied this question.