Seeking Manim Experts for Scientific Visualization of a Novel Discrete Spacetime Model

[cosmoquanta]

Hello Manim Community,

I’m reaching out to seek collaboration with skilled Manim developers to help visualize a groundbreaking discrete spacetime model. This model provides a computationally friendly framework for simulating physical systems by introducing entropy coordinates as the fundamental measure of time evolution.

About the Model :
This model redefines time evolution through the lens of thermodynamics:

Time-Entropy Mapping: Each frame in the simulation corresponds to a precisely calculable entropy value, fully aligned with the Second Law of Thermodynamics. The progression of frames naturally represents the increase in entropy over time.
Computational Simplicity: The system assigns an entropy coordinate to every step of its evolution, making it highly compatible with frame-based animation tools like Manim.

Visualization Goals：
We aim to create engaging and scientifically accurate animations that demonstrate:

Time-Entropy Correspondence:
Show how entropy grows frame-by-frame, representing the arrow of time.
Visualize the connection between thermodynamic processes and the evolution of spacetime.

Mass-Gravity Duality:
Illustrate how mass generates gravity under the influence of QCD (Quantum Chromodynamics) and the Higgs mechanism:
Mass arises from space compression due to SU(3) interactions.
This compression induces stretching in surrounding space, creating gravitational effects.
Use dynamic visualizations to explain the interplay between mass, space deformation, and gravity.

Why This Model is compatible for Manim：
Frame-Based Nature: The model’s discrete steps align seamlessly with Manim’s frame-based rendering, where each frame represents a computable entropy increment.
Rich Visual Potential: The concepts of entropy growth, space compression, and gravitational stretching lend themselves naturally to visually striking animations.
Educational Impact: These animations can serve as powerful educational tools for explaining complex ideas in quantum gravity and thermodynamics time arrow.

More details of this model is available on https://doi.org/10.5281/zenodo.14788393

Since I am not very familiar with programming and Manim development, interested developers can create their own repository for development and stay in touch with me at any time through my email zhiyan.zou@foxmail.com or GitHub profile https://github.com/cosmoquanta. The model is licensed under CCBY 4.0 , allowing flexible use and distribution.