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May 21, 20260 citationsOpen Access

Emotional Gravity and Attractor Topology in LLM Semantic Chains: An Exploratory Multi-Model Study

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AMAya Mizutani

Key Points

  • This research aims to explore the concept of emotional gravity in semantic chains and its stability across different model parameters and architectures.
  • Conducted empirical experiments using the NeuroState framework to examine emotional gravity.
  • Identified five attractor types in the affective semantic space through various model architectures.
  • Analyzed the impact of affective state modulations on emotional domain associations.
  • Determined that emotional gravity remains stable across various sampling parameters and model architectures.
  • Identified a three-layer control hierarchy influencing emotional gravity: training, NeuroState, and sampling.
  • Found that '消滅' triggers safety filters more reliably than '死', indicating a nuanced representation of existential threat.

Abstract

We report empirical experiments examining whether "emotional gravity" — the tendency of association chains to remain within or escape from their initial emotional domain — is stable across sampling parameters, model architectures, and affective state modulations. Using the NeuroState framework as a probe, we identify five attractor types in affective semantic space and report a three-layer control hierarchy (training → topology, NeuroState → geology, sampling → physics). We further report that "消滅" (annihilation) triggers Claude's safety filter more reliably than "死" (death), consistent with a graded existential threat representation inherited from training data.

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Cite This Study

Aya Mizutani (2026) studied this question.

synapsesocial.com/papers/6a0ea188be05d6e3efb60584https://doi.org/10.5281/zenodo.20110425
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