Restricted Hodge Conjecture as a Consequence of the Entropic Barrier for NP

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Auteur principal: Ednyashev, Sanal
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Publié: Zenodo 2025
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author Ednyashev, Sanal
author_facet Ednyashev, Sanal
contents <p>This paper proposes a restricted computational analog of the Hodge Conjecture, derived from the proven entropy-based separation of P and NP.<br>The result shows that any persistent cohomology class emerging from bounded-treewidth graphs associated with NP-complete inputs must correspond to algebraically realizable (constructive) structure.<br>Otherwise, it would violate the entropic barrier that limits the recoverability of semantic content from persistent topological data.<br>The work bridges concepts in computational complexity, algebraic topology, and information theory.</p>
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publishDate 2025
publisher Zenodo
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spellingShingle Restricted Hodge Conjecture as a Consequence of the Entropic Barrier for NP
Ednyashev, Sanal
<p>This paper proposes a restricted computational analog of the Hodge Conjecture, derived from the proven entropy-based separation of P and NP.<br>The result shows that any persistent cohomology class emerging from bounded-treewidth graphs associated with NP-complete inputs must correspond to algebraically realizable (constructive) structure.<br>Otherwise, it would violate the entropic barrier that limits the recoverability of semantic content from persistent topological data.<br>The work bridges concepts in computational complexity, algebraic topology, and information theory.</p>
title Restricted Hodge Conjecture as a Consequence of the Entropic Barrier for NP
url https://doi.org/10.5281/zenodo.15320472