Develops ACW-based semantic timescale features showing longer autocorrelation windows associate with generic vocabulary and shorter ones with specific words in both human and LLM speech, with the pattern abolished by randomizing word order and timing.
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2026 2verdicts
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Introduces a quantum-analogue cloud-function model for large-scale sensory processing in the brain and uses it to account for post-decisional changes of mind via interplay of fast and slow neural dynamics.
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The Dynamics of Human and AI-Generated Language: How Semantics Fluctuates across Different Timescales
Develops ACW-based semantic timescale features showing longer autocorrelation windows associate with generic vocabulary and shorter ones with specific words in both human and LLM speech, with the pattern abolished by randomizing word order and timing.
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A Quantum-Analogue Formalism for Modeling Supraliminal Information Processing
Introduces a quantum-analogue cloud-function model for large-scale sensory processing in the brain and uses it to account for post-decisional changes of mind via interplay of fast and slow neural dynamics.