Analysis of the Double-Slit Experiment Anomaly by Khatiwada & Qian via Resonance-Based QSpaceTheory (QST) Approach

QSpaceTheory (QST) is a novel theory describing the fundamental structure of the universe through invisible resonant fields and their interaction with matter. Each particle and system is characterized by unique resonance frequencies. Interactions of these resonances give rise to time, gravity, entropy, and quantum effects through multi-layered dynamics. QST remains compatible with established physical laws while offering flexible resonance models dependent on environmental parameters. The theory aims to open new avenues for research in areas such as quantum entanglement and cosmology.I invite researchers, physicists, and AI enthusiasts to explore QSpaceTheory further using AI-supported analysis. You can input this theory into advanced AI models to investigate its implications on phenomena like quantum entanglement, double-slit experiment anomalies, and others. I encourage you to request Lagrangian formulations, mathematical details, or any other relevant computational modeling to test and expand the theory collaboratively.