SEAL and the Multi-Simulation Thesis: Performance Without Proof

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1. Verfasser: Bartolomeu, Augusto
Format: Recurso digital
Veröffentlicht: Zenodo 2025
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author Bartolomeu, Augusto
author_facet Bartolomeu, Augusto
contents <p><span>This paper bridges developments in artificial intelligence and the philosophy of physics by comparing MIT’s Self-Adapting Language Model (SEAL) with Augusto Bartolomeu’s Multi-Simulation Thesis (v3). It argues that SEAL’s self-correcting loop, detecting drift, collapsing error, and re-stabilizing coherence, performs the same meta-law that MST attributes to quantum and cosmological systems. The result is an interdisciplinary inquiry into how both neural networks and physical reality may preserve structure through recursive adaptation and coherence restoration. © 2025 Augusto Bartolomeu. All rights reserved.</span></p>
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publishDate 2025
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spellingShingle SEAL and the Multi-Simulation Thesis: Performance Without Proof
Bartolomeu, Augusto
<p><span>This paper bridges developments in artificial intelligence and the philosophy of physics by comparing MIT’s Self-Adapting Language Model (SEAL) with Augusto Bartolomeu’s Multi-Simulation Thesis (v3). It argues that SEAL’s self-correcting loop, detecting drift, collapsing error, and re-stabilizing coherence, performs the same meta-law that MST attributes to quantum and cosmological systems. The result is an interdisciplinary inquiry into how both neural networks and physical reality may preserve structure through recursive adaptation and coherence restoration. © 2025 Augusto Bartolomeu. All rights reserved.</span></p>
title SEAL and the Multi-Simulation Thesis: Performance Without Proof
url https://doi.org/10.5281/zenodo.19139617