The Double-Slit Experiment Revisited — Memory-Constrained Observability and Regime Dynamics

F — Global Corpus of the Memory-Constrained Double-Slit System.pdf

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Falsifiability Framework and Execution Engine of UCQ–DUAL–CBD Systems.pdf

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Unified Theoretical Corpus on Observability, Mathematics, and Structural Regimes (Born-Ein.

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Foundations of Empirical Calibration of the Critical Threshold Λc.pdf

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The Double-Slit project proposes a reinterpretation of the experiment through a structural and constraint-based framework.

It challenges the classical wave-particle duality by introducing memory-constrained observability.

The framework suggests that what is observed depends on the system’s internal memory and constraints.

It explores how observation itself participates in the formation of reality.

Rather than collapsing a wave function, the system undergoes a regime selection process.

The model integrates UCQ, DUAL, and CBD into a unified explanatory structure.

It highlights the role of latent states that exist without necessarily appearing.

The experiment is reinterpreted as a transition between regimes of observability.

Particular attention is given to non-Markovian memory effects and delayed coherence.

The framework proposes that reality emerges from constrained interactions rather than intrinsic properties.

It also defines testable signatures and experimental protocols for validation.

Overall, it provides a new perspective on quantum behavior as a structurally governed dynamic process.