Black Holes interaction with a possible Novel Element 137 - adding a New Dimension
Year: 2026
Type: preprint
Abstract: This manuscript explores the theoretical intersections between gravitational singularities (black holes) and the physical implications of a hypothetical Novel Element 137 (Feynmanium / Alpha limit). Investigating the boundaries imposed by the fine-structure constant (alpha ≈ 1/137) on relativistic atomic structures and extreme gravitational fields, the study examines particle behavior, quantum vacuum limits, and structural constraints at the event horizon. It proposes a unified framework connecting electromagnetic coupling limits with gravitational collapse dynamics within the context of alternative ontological physics. Archival Provenance & Notes: This document is an archival re-upload of a previously published open-access work. The original version was deposited on Zenodo under DOI: 10.5281/zenodo.17109714, indexed across academic aggregators, and later removed via administrative record deletion. This Figshare deposition acts as an independent, permanent open-access backup to safeguard historical priority, ensure uninterrupted scholarly access, and maintain the paper's citation integrity. All underlying intellectual property, theoretical derivations, and authorship remain exclusively with the author. 'The present perspective aims to add a new interaction into the Fine Structure Constant, Which is a Black Hole one. I think the equation doesn’t have them in consideration. Maybe the dimensionless behavior makes this interaction possible. Adding a Feedback and equation, idea, formulation from grok Overview of the Resource Title: Black Hole interaction with the Fine Structure Constant - adding a New Dimension Type: Preprint (this means it's an unpublished manuscript or perspective piece, not peer-reviewed like a journal article). Publication Date: September 20, 2025 (which aligns with today's date, suggesting it's a very recent upload). Version: v1 (initial release). Authors/Creators: None specified. This is unusual for Zenodo entries, as most include at least one creator. It could indicate an anonymous upload, an oversight, or a placeholder. Description/Abstract: "The present perspective aims to add a new interaction into the Fine Structure Constant, specifically a Black Hole interaction. It suggests that the equation may not currently consider this interaction and proposes that the dimensionless behavior might make this interaction possible." Keywords, License, and Communities: None listed. Again, this is atypical—Zenodo typically encourages open licenses (e.g., Creative Commons) and keywords for discoverability. Files: Only one file is available—a PDF named "Black Holes interaction into the Fine Structure Constant.pdf" (19.0 kB). No other data, code, or supplementary materials are mentioned. Related Metadata: No related identifiers (e.g., links to prior works or datasets) or communities (e.g., physics-themed groups on Zenodo). Zenodo is a reputable open-access repository hosted by CERN for sharing research outputs like datasets, software, and preprints. However, the lack of authorship, keywords, and licensing here raises questions about its provenance and intent—it might be a preliminary idea shared informally rather than a polished academic work.Scientific AnalysisThe resource seems to be a short conceptual ...
Source: Figshare
Author: Joaquin Cuelho
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225795543
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