Subjective Filtering of Quantum Outcomes: Resolving the Double-Slit Paradox

In this paper, I propose a new interpretation of quantum measurement based on subjective reality filtering. The observer is not merely collapsing the wavefunction but selecting a reality branch consistent with their perception. This interpretation resolves the double-slit experiment paradox by asserting that interference occurs when no specific world-line is selected, and classical behavior emerges upon active observation due to real-time filtering of compatible quantum histories. This model introduces a consciousness-driven selection mechanism and reframes measurement as reality isolation.