What question did this study set out to answer?

This research aims to develop a model that describes superposition in quantum systems through temporal coarse-graining.

March 27, 2026Open Access

Superposition as Temporal Coarse‑Graining: A Contextual Dynamical Model for Two‑State Quantum Systems

Key Points

This research aims to develop a model that describes superposition in quantum systems through temporal coarse-graining.
Developed a contextual dynamical model for two-state quantum systems.
Examined the rapid oscillatory processes underlying quantum behavior.
Validated the model against the Born rule and Bell's theorem assumptions.
The model successfully reproduces the Born rule.
Avoids the limitations posed by Bell's theorem.
Presents an alternative interpretation of quantum states based on deeper temporal dynamics.

Abstract

This article develops a contextual dynamical model for two‑state quantum systems in which superposition arises from temporal coarse‑graining over an ultra‑rapid underlying oscillatory process. The model reproduces the Born rule, avoids the assumptions of Bell’s theorem, and offers an alternative interpretation of quantum states as projections of deeper temporal dynamics.

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