Working Paper Metadata-only Peer-reviewed (Original Publication) PUBLISHED ELSEWHERE

Local Gravitoelectromagnetic Effects Inside A Metallic Liquid

DOI: 10.5281/zenodo.18368188
Primary repository: Zenodo
Curated by: SpinScience Open Series
Publisher (series): Università Popolare Nikola Tesla
Antonio Iadicicco
Independent Researcher (Italy)

Abstract

Under specific conditions, the fast rotation of a metallic liquid inside a toroidal chamber could produce a gravitoelectromagnetic field measurable in laboratory conditions. The work discusses analogies between rotating superconductors and moving conducting liquids, highlighting how high flow speeds may enhance the transport (dragging) of magnetic field lines and motivate a generalized gravitoelectromagnetic description. A possible experimental device is proposed based on a rapidly rotating metallic liquid in a toroidal channel.

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Titles Local Gravitoelectromagnetic Effects Inside A Metallic Liquid
Authors
Antonio Iadicicco (Independent Researcher (Italy))
Published date
Version v1
DOI 10.5281/zenodo.18368188
License Copyrighted - No Reuse
© 2019 Institute of Research and Journals (IRAJ). All rights reserved. No reuse without explicit permission from the copyright holder.
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Peer-reviewed in the original publication
Source: View original publication
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Published on Zenodo (DOI assigned by Zenodo).
Curated and moderated by the SpinScience Editorial Team.
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The full text is not available for direct download due to copyright restrictions. Please refer to the original source above.
Keywords gravitoelectromagnetismgravitomagnetismmetallic liquidmagnetohydrodynamicsrotating fluidstoroidal chambergeneralized Maxwell equations
Language EN
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Antonio Iadicicco. Local Gravitoelectromagnetic Effects Inside A Metallic Liquid. International Journal of Advances in Science Engineering and Technology (IJASEAT) - IRAJ. DOI: https://doi.org/10.5281/zenodo.18368188. Indexed by SpinScience (accessed 2026-02-19).

Metadata-Only Record

⚠️ This is a metadata-only record. The full text is copyrighted and not available for download from SpinScience. Please refer to the original source for access.

Original Publication

DOI: https://doi.org/10.5281/zenodo.18368188
Official Source: View at IRAJ

Publication details

  • Published in: International Journal of Advances in Science Engineering and Technology (IJASEAT), 7(1), 22-23, 2019 (ISSN: 2321-8991).
  • Rights/Copyright: © 2019 Institute of Research and Journals (IRAJ). All rights reserved.
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