The Role of Physical Data in Facilitating Wave Function Collapse

Wave function collapse remains a fundamental question in quantum mechanics, especially concerning how physical data contributes to this process. In this study, we utilized the o1-mini simulator to model quantum decoherence with a focus on entropy evolution and interference pattern degradation. Key findings include an exponential decay in interference contrast (C(t) ∼ exp(-γt)) and a monotonic increase in von Neumann entropy (S(t)). These results demonstrate that physical data plays a critical role in guiding wave function collapse, offering a new perspective that complements traditional decoherence theory.