Eng. Abdulla Mohammed Nasser Al-Jabri

🆔 Personal Identity:
Name & Title: Abdulla Mohammed Nasser Al-Jabri (Sindbad of Yemen).
Nationality: Yemeni 🇾🇪.
Degree: B.Sc. in Computer Engineering from KFUPM.
ORCID: Officially registered researcher via ORCID: 0009-0003-3319-3822.

📜 Theories & Scientific Achievements:
- Mother Function Z(x): A mathematical equation linking fundamental constants and deriving the gravitational constant. (View: Arabic Version | English Version).
- Unified Sinbad Theory (Z + C + A = 1): Based on Riemann zeros to solve cosmological problems. Published on Zenodo (DOI: 10.5281/zenodo.20513840).
- Zeros of the Al-Jabri Field (v5.0.1 — 2026): Eight numerical zeros on the critical line of the Al-Jabri field, statistically independent of Riemann zeros (KS p ≈ 0.75). Published on Zenodo (DOI: 10.5281/zenodo.23303899).
- Digital Documentation: Documentation projects for Yemeni cities (Sana'a, Shibam, Socotra).

📖 Academic Documentation & Citation:
- Research published in the "Heaven Al-Jabri Research Journal" documented via Zenodo v1.0.0.
- Official Slogan: "From Sana'a to the Cosmos".

🎨 Brand Identity:
- Official Brand Identity Page
- Brand Identity on Google Collections

🌐 Digital Platforms & External Links:
- Official Website: jabri-com.vercel.app
- Wikipedia: User:Jabri2026
- Wikibin: ar.Wikibin
- GitHub: github.com/Jabri-web/Jabri-com
- Social Media: X | YouTube | Telegram | LinkedIn

🆔 Identity

Full NameEng. Abdulla Mohammed Nasser Al-Jabri

Name in Arabicعبدالله محمد ناصر الجبري

NicknameSindbad of Yemen

NationalityYemeni 🇾🇪

SpecialtyIndependent Researcher in Mathematics & Theoretical Physics

DegreeB.Sc. in Computer Engineering - KFUPM

ORCID0009-0003-3319-3822

📜 Scientific Achievements

1. Mother Function Z(x)

Z(x) = x⁻⁵ · ln(x) · sin(2π/x) · exp(−x/xₚ)

Derivation of the gravitational constant from pure numbers (19, 137, 1836, 2464) with 99.95% accuracy.

2. Unified Sinbad Theory

Zx = Z + C + A | Z + C + A = 1

A theory free of free parameters, derived from Riemann zeros, solving the Hubble tension and dark energy.

3. Zeros of the Al-Jabri Field — v5.0.1 NEW

Z(x) = x⁻⁵ · ln(x) · sin(2π/x) · exp(−x/21)

Eight numerical zeros on the critical line, statistically independent of Riemann zeros (KS p ≈ 0.75). Asymptotic coefficient C = 2π·e^(−1/42) ≈ 6.1353.

DOI: 10.5281/zenodo.23303899 (v5.0.1) | Concept DOI (v5.0.0) | GitHub Release

4. Digital Documentation of Yemeni Heritage

Digital documentation and preservation of historical cities: Sana'a, Shibam, Socotra.

📚 Scientific Pages

📄 Mother Function (Arabic) 📄 Mother Function (English) 🏛️ Old Sana'a 🏘️ Shibam Hadramout 🌴 Socotra 💳 Checkout System

📖 Academic Citation

APA — Jabri Field (v5.0.1):

Al-Jabri, A. M. N. (2026). On the Zeros of the Field Z(x) = x⁻⁵ ln(x) sin(2π/x) e⁻ˣ/²¹ (v5.0.1). Zenodo. https://doi.org/10.5281/zenodo.23303899

BibTeX — Jabri Field:

      @misc{aljabri2026zeros,

        author = {Al-Jabri, Abdulla Mohammed Nasser},

        title = {On the Zeros of the Field Z(x) = x⁻⁵ ln(x) sin(2π/x) e⁻ˣ/²¹},

        year = {2026},

        month = {October},

        publisher = {Zenodo},

        doi = {10.5281/zenodo.23303899},

        url = {https://doi.org/10.5281/zenodo.23303899}

      }

APA — Mother Function:

Al-Jabri, A. M. N. (2026). The Mother Function Z(x) and the Unified Sinbad Theory Z+C+A=1. Zenodo. https://doi.org/10.5281/zenodo.20513840

APA — Al-Jabri Oasis:

Al-Jabri, A. M. N. (2026). Al-Jabri Oasis v1.0.0 - Official Website Launch [Data set]. Zenodo. https://doi.org/10.5281/zenodo.21970523