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March 3, 20260 citationsOpen Access

The Intrinsic Gap in Non-Associative Cumulative Diagrams

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MCMattia Castriotta

Key Points

  • The research aims to understand how non-associative sequences behave, specifically focusing on intrinsic gaps.
  • Studied sequences produced by deterministic processes with no associative law.
  • Analyzed how these sequences interact and overlap.
  • Conducted direct simulations to observe behavior without probabilistic methods.
  • Identified that sequences quickly stop sharing common elements, creating an intrinsic gap.
  • Noted that longer overlaps only occur under specific conditions and break down as system size increases.

Abstract

In this preprint, we study sequences that are generated by deterministic processes with no canonical associative law. Typically, two such sequences stop sharing anything almost immediately. We refer to the first point at which this occurs as the intrinsic gap. A longer overlap is not typical. It only happens when the operations repeatedly encounter the same small substructure, and this mechanism breaks down as the system size increases. All of this can be observed at the finite level in direct simulations, without the use of metrics, limits or any probabilistic structure.

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Cite This Study

Mattia Castriotta (2026) studied this question.

synapsesocial.com/papers/69a67f12f353c071a6f0aeadhttps://doi.org/10.5281/zenodo.18815773
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