Physical Kernels as Hard Admissibility Gates for Theory Proposals

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1. Verfasser: Maley, Amos
Format: Recurso digital
Veröffentlicht: Zenodo 2026
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author Maley, Amos
author_facet Maley, Amos
contents <p>This paper establishes physical kernels as hard admissibility gates that constrain which theory proposals are even intelligible, rather than as empirical targets, dynamical substrates, or adjustable modeling choices. Physical kernels are treated as fixed constraint loci that determine admissible proposal space in advance of explanation, prediction, or validation. By exhaustion, any theory proposal that attempts to bypass, soften, or reinterpret these kernels as provisional or negotiable is shown to violate standing and fail closed. The analysis is structural and negative, not constructive: it records which classes of theoretical proposal are ruled out in principle, without providing evaluation procedures, acceptance criteria, or methodological guidance.</p>
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_18522642
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publishDate 2026
publisher Zenodo
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spellingShingle Physical Kernels as Hard Admissibility Gates for Theory Proposals
Maley, Amos
<p>This paper establishes physical kernels as hard admissibility gates that constrain which theory proposals are even intelligible, rather than as empirical targets, dynamical substrates, or adjustable modeling choices. Physical kernels are treated as fixed constraint loci that determine admissible proposal space in advance of explanation, prediction, or validation. By exhaustion, any theory proposal that attempts to bypass, soften, or reinterpret these kernels as provisional or negotiable is shown to violate standing and fail closed. The analysis is structural and negative, not constructive: it records which classes of theoretical proposal are ruled out in principle, without providing evaluation procedures, acceptance criteria, or methodological guidance.</p>
title Physical Kernels as Hard Admissibility Gates for Theory Proposals
url https://doi.org/10.5281/zenodo.18522642