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April 18, 20267 citationsOpen Access

Foundational Laws of Informational Dynamics (LID): A Structural Theory of What Information Does When Operative

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ASArmando Soto

Key Points

  • The research aims to establish foundational laws that explain the dynamics of information when it is active in various systems.
  • Developed trunk laws regarding relation and coherence in informational dynamics.
  • Explored the mechanisms behind error and creativity in relation to structure propagation.
  • Investigated the persistence of identity through change and its implications for life and non-life.
  • Identified key laws governing how information operates in complex systems.
  • Found that error and creativity arise from the same operational mechanisms.
  • Demonstrated how ethics can emerge from the structure of information rather than external rules.

Abstract

Foundational Laws of Informational Dynamics (LID) is a structural framework describing what information does when operative. It develops trunk laws concerning relation, trace, continuation, partiality, correspondence risk, coherence, field conditioning, consequence, and attribution, while opening gateway questions about awareness, identity, life, ethics, and consequential informational dynamics. These laws are not instructions. They describe what is already operative wherever information operates. The framework addresses foundational questions across multiple domains: how complex systems accumulate and propagate structure, why error and creativity share the same mechanism, how identity persists through change, what distinguishes life from non-life at the functional level, how ethics emerges from the structure of consequential operation rather than from external rules, and how awareness arises as a threshold phenomenon rather than a substrate-specific property.

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Cite This Study

Armando Soto (2026) studied this question.

synapsesocial.com/papers/69e31ff140886becb653f063https://doi.org/10.5281/zenodo.19600782
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