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The research aims to interpret quantum phenomena through the lens of Field-Network Theory, focusing on structural properties.

May 20, 20260 citationsOpen Access

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Field-Network Theory – Structural Quantum Continuity

TTaponen-Synoidi

Key Points

The research aims to interpret quantum phenomena through the lens of Field-Network Theory, focusing on structural properties.
Developed a theoretical framework based on irreducibility and structural openness.
Analyzed quantum continuity as a result of event continuity instead of static probabilistic entities.
Redefined quantum uncertainty in terms of structural openness for future distinctions.
Proposed that quantum continuity emerges from dynamic, structurally open events.
Argued that quantum uncertainty is necessary for future distinction and manifestation.
Challenged traditional views of quantum measurement as failure.

Abstract

Description. This note presents a structural interpretation of quantum phenomena within Field-Network Theory. Building on the result that distinction requires irreducibility, the argument proposes that quantum continuity emerges from structurally open event continuity rather than from static probabilistic objects existing in pre-defined space and time. Quantum uncertainty is interpreted not as measurement failure, but as the structural openness required for future distinction and continued manifestation. https://sites.google.com/view/field-network-theory

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Field-Network Theory – Structural Quantum Continuity

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