Jabri_lab — Jabri's Laboratory for Computational Proofs

Public verification of computational results using Zx function.
One idea per folder. Run it. Check it. Break it.

Author: Eng. Abdulla Al-Jabri - مهندس عبدالله الجبري
Contact: jabri62018@gmail.com

GitHub Repo Main Site

Core Model

Equations Set

Planck units: \(x_p = 21.0\)

$$ \begin{aligned} Z(x) &= \exp(-x/x_p) \cdot \exp(-5\ln(x)) \cdot \ln(x) \cdot \sin\left(\frac{2\pi}{x}\right) \\ A(x) &= \left(\frac{x}{x_p}\right)^2 \exp(-x/x_p) \\ C(x) &= 1 - Z(x) - A(x) \\ Z_t &= Z + C + A = 1 \\ C_{calc} &= 0.5 \cdot \gamma^2 \cdot \text{Re}\left[\frac{Z'''(\gamma)}{Z(\gamma)}\right] \end{aligned} $$

Results

Each experiment has 3 files in its folder:

• Name_table.csv - numerical results and matches
• Name_figure.png - plot of results
• Name.ipynb - reproducible code

Core Experiments

1. Zx_Planck

Connects Planck time to Hubble tension using Zx zeros.

Table | Figure | Notebook

2. Zx_Spacetime

Reproduces spacetime constants: t_P, l_P, h, G, c.

Table | Figure | Notebook

3. Zx_DarkEnergy

Dark energy density from Z''' term. Target: 6.9e-27 kg/m³.

Table | Figure | Notebook

Additional Experiments

• Zx_Hubble: Table | Figure | Notebook
• Zx_Periodic: Table | Figure | Notebook
• Zx_5: Table | Figure | Notebook
• Zx_28: Table | Figure | Notebook
• Zx_all: Notebook
• Zx_gravity: Notebook

How to Verify

1. Open any .ipynb file in Google Colab or Jupyter.
2. Run all cells. Zero input needed.
3. Check the Log Diff column in the table. Values < 0.01 are strong matches.
4. Download the CSV and PNG for your own analysis.

CC BY 4.0 | Jabri Identity: Z + C + A = 1
Author: Eng. Abdulla Al-Jabri - صنعاء، اليمن 2026