Three Operating Zones of a Gaussian-Windowed Spectral Kernel: Structure of the Stability Manifold from 24,903 Validated Runs

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Auteur principal: Sucala, Alexander
Format: Recurso digital
Publié: Zenodo 2026
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author Sucala, Alexander
author_facet Sucala, Alexander
contents <p>A dense parameter sweep of a Gaussian-windowed spectral kernel (24,903 runs, zero errors) reveals three distinct operating zones defined by the Gaussian bandwidth relative to active Fourier modes. The kernel is confirmed exactly linear with perfect amplitude-squared drift scaling. Drive frequency is orthogonal to energy conservation. The critical coupling boundary is amplitude-dependent and piecewise. Active dynamics requiring physics-like behavior exist only in the wide-bandwidth regime. All results are reproducible from pure Python on consumer hardware.</p>
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_18868337
institution Zenodo
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publishDate 2026
publisher Zenodo
record_format zenodo
spellingShingle Three Operating Zones of a Gaussian-Windowed Spectral Kernel: Structure of the Stability Manifold from 24,903 Validated Runs
Sucala, Alexander
<p>A dense parameter sweep of a Gaussian-windowed spectral kernel (24,903 runs, zero errors) reveals three distinct operating zones defined by the Gaussian bandwidth relative to active Fourier modes. The kernel is confirmed exactly linear with perfect amplitude-squared drift scaling. Drive frequency is orthogonal to energy conservation. The critical coupling boundary is amplitude-dependent and piecewise. Active dynamics requiring physics-like behavior exist only in the wide-bandwidth regime. All results are reproducible from pure Python on consumer hardware.</p>
title Three Operating Zones of a Gaussian-Windowed Spectral Kernel: Structure of the Stability Manifold from 24,903 Validated Runs
url https://doi.org/10.5281/zenodo.18868337