Mathematical Modeling of Hindu Philosophy: Zero, One, and Infinity
Creators
- 1. Independent Researcher
- 2. Tulsi Engineering and Project Management Consultancy
Description
This paper presents a mathematical framework to model core Hindu philosophical concepts—Nirguna (formless reality), Saguna (manifest unity), and Anant (infinite consciousness)—using continuous functions (f(t) = t/(1+t)), discrete sequences (A_n), and limit-based representations (lim(x→∞)(0 + x^n)). It bridges ancient Vedantic metaphysics with modern science by providing derivations, visualizations (e.g., asymptotic progression and hierarchical creation), and tables linking Sanskrit concepts to mathematical constructs and real-world analogies. The framework has potential applications in education (teaching limits and metaphysical concepts), technology (AI consciousness and quantum computing), and cross-cultural dialogue. Suitable for interdisciplinary research in philosophy, mathematics, physics, and cognitive science
Files
Mathematical_Modeling_Hindu_Philosophy (4).pdf
Files
(264.0 kB)
Name | Size | Download all |
---|---|---|
md5:cd94e1b5993b7f6ad987450d461b6c1a
|
264.0 kB | Preview Download |
Additional details
Dates
- Available
-
2025-08-17This paper presents a mathematical framework modeling core Hindu philosophical concepts—Nirguna (formless reality), Saguna (manifest unity), and Anant (infinite consciousness)—using continuous functions (f(t) = t/(1+t)), discrete sequences (A_n = 2^(n-1) for n ≥ 2), and limit-based representations (lim(x→∞)(0 + x^n)). It bridges ancient Vedantic metaphysics with modern science through detailed derivations, visualizations (e.g., asymptotic progression from void to unity and hierarchical creation steps), and tables linking Sanskrit concepts to mathematical constructs and real-world analogies. The framework explores the evolution from zero to infinity, offering applications in education (visualizing metaphysical ideas, teaching limits), technology (AI consciousness modeling, quantum computing principles), and cross-cultural dialogue. Suitable for interdisciplinary research in philosophy, mathematics, physics, and cognitive science.
Software
- Repository URL
- https://github.com/erdevendrasoni2023-lgtm/Mathematical_Modeling_Hindu_Philosophy
- Programming language
- Python
- Development Status
- Active