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Theoretical study investigates a holistic framework for quantum phenomena, suggesting deeper deterministic mechanisms.
KZSK (Quantum–Timeless System Theory) is an independent theoretical study that investigates the hypothesis that a more fundamental, holistic, and deterministic physical structure may underlie quantum phenomena. The study explores whether fundamental problems such as the quantum wave, measurement, localization, entanglement, the Born distribution, and the emergence of classical spacetime can be understood through a common constructive mechanism rather than through separate and unrelated explanations. A central idea of KZSK is that the observed uncertainty of quantum phenomena may not necessarily imply that nature is fundamentally random at its deepest level. Instead, apparent probabilistic behavior may arise because deeper micro-temporal processes cannot be fully resolved by classical measurement systems. Rather than rejecting the experimentally successful results of standard quantum mechanics, this work aims to develop a testable and extensible theoretical framework for the possible physical mechanisms that may underlie those results.
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Mehmet Serdar Kilin (2026) studied this question.
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