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| Visualization of 16 Dimensional Hyper Cube generated in ChatGPT 4o. |
"Mandombe writing is both a means of communication and a scientific paradigm. As a scientific paradigm, it is a research medium that allows one to work in several other scientific fields," -Simon Malueki Matuasilua, head of works at Simon Kimbangu University and secretary general of the Center for Negro-African Writing (CENA). (LeMag, 2021 )
Correlations are made between advanced mathematical-physical concepts like the 16-dimensional hypercube and the structure of the Mandombe script. This comparison will provide insights into African cosmological, linguistic, and metaphysical thought. Let’s systematically connect the elements of both frameworks:
1. The Kondi/Konde Grid and the Metric Tensor
- The Kondi Grid in Mandombe script is the structural framework that governs the relationships and patterns within the writing system.
- In physics, the metric tensor defines the geometry of spacetime, determining distances and relationships between points in a higher-dimensional context (as in General Relativity).
- Correlation:
- The Kondi Grid is a geometric analogy to the metric tensor. It provides the underlying structure in which the Mvuala (strings or connections) operate, much like the metric tensor shapes the fabric of spacetime in which strings vibrate.
2. Mvuala as Strings (String Theory and Quantum Wave Functions)
- Mvuala in Mandombe writing are the "strings" that link components of the script or symbolic representations.
- In string theory:
- Open strings (Mvuala Za Mpamba): Vibrating lines with two free ends, analogous to paths or incomplete interactions.
- Closed strings (Mvuala Za Piluka): Loops, representing self-contained systems or cyclical processes.
- Wave Function Analogy:
- In quantum mechanics, the wave function describes the state of a particle, connecting its position and momentum probabilities.
- Similarly, Mvuala serve as connectors that "vibrate" within the Kondi Grid (metric tensor) , creating geometric patterns (fundamental particles, atoms and molecular compounds).