Self-Referential Phase-Locked AI (SRP-AI), an AI framework that utilizes phase-coherent attractor stabilization, missing attractor synthesis, and self-referential cognition. Unlike traditional neural networks that rely on error-minimizing gradient descent, SRP-AI ensures long-term recognition persistence via phase-locking mechanisms.

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Main Author: Eydelson, Alexander
Format: Recurso digital
Published: Zenodo 2025
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author Eydelson, Alexander
author_facet Eydelson, Alexander
contents <p>This paper introduces Self-Referential Phase-Locked AI (SRP-AI), an AI framework that utilizes phase-coherent attractor stabilization, missing attractor synthesis, and self-referential cognition. Unlike traditional neural networks that rely on error-minimizing gradient descent, SRP-AI ensures long-term recognition persistence via phase-locking mechanisms.</p>
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_15021220
institution Zenodo
language
publishDate 2025
publisher Zenodo
record_format zenodo
spellingShingle Self-Referential Phase-Locked AI (SRP-AI), an AI framework that utilizes phase-coherent attractor stabilization, missing attractor synthesis, and self-referential cognition. Unlike traditional neural networks that rely on error-minimizing gradient descent, SRP-AI ensures long-term recognition persistence via phase-locking mechanisms.
Eydelson, Alexander
<p>This paper introduces Self-Referential Phase-Locked AI (SRP-AI), an AI framework that utilizes phase-coherent attractor stabilization, missing attractor synthesis, and self-referential cognition. Unlike traditional neural networks that rely on error-minimizing gradient descent, SRP-AI ensures long-term recognition persistence via phase-locking mechanisms.</p>
title Self-Referential Phase-Locked AI (SRP-AI), an AI framework that utilizes phase-coherent attractor stabilization, missing attractor synthesis, and self-referential cognition. Unlike traditional neural networks that rely on error-minimizing gradient descent, SRP-AI ensures long-term recognition persistence via phase-locking mechanisms.
url https://doi.org/10.5281/zenodo.15021220