Official Institutional Statement on the Publication of the Sagittarius A* Exploratory Analysis Documents

Issued by Eolisa Space – Department of Theoretical Research and Scientific Archives

Albuquerque, New Mexico, United States

Date: 07/28/2025

I. Introduction

Eolisa Space hereby announces the official public release of a series of internal documents pertaining to an independent exploratory study of the Event Horizon Telescope (EHT) image of Sagittarius A* (Sgr A*), the supermassive object located at the center of the Milky Way galaxy.

These documents comprise observational notes, visual analyses, theoretical models, and raw mathematical formulations developed over a period spanning nearly three years. While incomplete in form, the collection reflects the full extent of the effort by Eolisa Space’s former scientific unit, and is now released unaltered, for the purpose of academic transparency, archival preservation, and potential future contribution to the field.

II. Scope of the Study

The material presented represents a cross-disciplinary approach combining:

1. Computational Visual Enhancement

Dual-channel image processing was performed using:

• Adobe Photoshop (2023): Applied for layer decomposition, intensity gradient separation, and manual pixel curve amplification.

• MATLAB R2022a: Employed for algorithmic edge detection, vector path mapping, and threshold variation simulations.

The EHT image of Sgr A* was digitally deconstructed to its base intensity layers. In both independent processing pipelines, a repeated emergence of tunnel-like radial paths, symmetrical cross-nodal junctions, and networked curvatures was observed near the event horizon boundary.

2. Relativistic and Quantum Frameworks

The theoretical documentation references established and fringe models alike, including:

• Einstein-Rosen Bridge (ER) and the ER = EPR conjecture,

• Kerr metric deviations in rotating black holes,

• Penrose causal structures and geodesic intersections,

• Quantum foam interactions and entanglement horizons,

• Exploratory topological constructs relating to wormhole-like solutions.

3. External Correlations and Anomalies

Notably referenced are observational anomalies reported by the ALMA array in 2017, namely the Hot Spot phenomenon exhibiting relativistic motion (~0.3c) around Sgr A*. Eolisa Space researchers proposed that certain unexplained trajectory behaviors might imply localized spacetime distortions hypothetically consistent with transient exotic topologies.

⚠️ III. Limitations, Transparency, and Scientific Disclaimer

It must be stated with clarity and precision that:

• These documents have not undergone peer review, nor do they purport to present confirmed physical phenomena.

• The content remains theoretical, computational, and interpretative in nature. No direct evidence for a wormhole or exotic structure has been observed, nor is such a claim made.

• The mathematical notes are preliminary and non-rigorous by publication standards, but are preserved for the potential they offer in stimulating refined work by future theorists.

• Certain images and visual inferences presented may reflect computational artifacts, and care should be taken not to over-interpret features that lie beyond current instrument resolution.

• As of publication, no claim is made regarding the physical reality of the observed geometric patterns. They are shared as possible exploratory constructs to support or challenge with further theoretical development or empirical tests.

This publication is not a conclusion. It is a starting point a preserved record of one path of thought traversed independently and without institutional backing.

IV. Rationale for Publication

This release has been authorized directly by President Onur Evgin, in his capacity as founder and principal executive officer of Eolisa Space.

The reasoning behind this decision stems from the foundational belief that scientific efforts, even if unfinished or inconclusive, possess intrinsic value. Whether ultimately correct or flawed, the work embedded in these documents represents:

• Nearly three years of voluntary, human-driven research by a team working without state funding, institutional recognition, or laboratory infrastructure,

• A multidisciplinary attempt to reinterpret cosmological structures using nonconventional but methodologically layered techniques,

• A commitment to preserve original research, to ensure that if future developments validate or align with any portion of this study, the early theoretical trace remains publicly documented.

President Onur Evgin remarked, during the final phase of approval:

“This work may or may not be right. But it deserves to live not in drawers, not forgotten.

Let it be a spark for others. Let it serve the future. If we have failed, then let our failure become useful.”

The release is not an act of scientific vanity. It is, as declared internally, an offering to humanity as a record of effort, a platform for critique, and a beacon for others to look further, calculate deeper, and imagine beyond.

V. Institutional Position and Future Actions

Eolisa Space maintains its position as a fully independent, private scientific and aerospace initiative based in the United States, with no political or governmental affiliation.

In publishing these materials, we encourage:

• Academics, mathematicians, physicists, and graduate researchers to critically engage with the content,

• Institutions to consider the viability of replicating or improving the visual analytic methods proposed,

• The public to understand the scientific humility and uncertainty embedded in such exploration.

These documents will be stored in our Digital Scientific Archive and permanently accessible under the following reference:

Document Archive Title: *Sgr A* – Preliminary Wormhole Hypotheses* / Preliminary Exploratory Analysis of Sagittarius A*: Computational Enhancements, Wormhole Hypotheses, and Observational Anomalies

Eolisa Space. (2025). *Sagittarius A* – Preliminary Wormhole Hypotheses* (Version 1.0) [Institutional Report]. Zenodo. https://doi.org/10.5281/zenodo.16511064

Publication Date: 07/28/2025

Zenodo Record ID: 16511064

Hosting Institution: Eolisa Space

Website: www.eolisaspace.com

Contact: Office of Theoretical Affairs – presidency@eolisaspace.com

All correspondence regarding this document may be directed to the Office of Theoretical Affairs at the above email.

In Conclusion

Let this document stand not as a claim, but as a declaration of intent

The intent to question boldly, to preserve honestly, and to serve the advancement of human understanding, wherever it may lead.

We do not claim discovery.

We claim responsibility.

Eolisa Space

Department of Theoretical Research and Scientific Archives

1209 Mountain Road PL NE #5234

Albuquerque, New Mexico, 87110

United States

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