Discrete Spacetime Topological Network,DSTN.(Basic Theory)/阴阳爻网络模型DSTN(基础理论)

This study presents the "DSTN(Discrete Spacetime Topological Network)", an interdisciplinary research program that integrates Eastern wisdom with modern mathematical and physical sciences. It aims to resolve the unification problem of quantum mechanics and general relativity, and reconstruct the cognitive framework of the cosmic origin. Breaking through the traditional reductionist paradigm, the model draws inspiration from the holistic and generative perspectives in I Ching and Daoist thought, establishing five core axioms:
 
1. The ultimate fundamental unit is the "Yao" (±1), representing the binary states of Yin and Yang;
2. The universe is a discrete dynamic network formed by the connections of Yao;
3. Spacetime, matter, and interactions are all emergent phenomena of network evolution;
4. The network follows the conservation of topological charge;
5. The network evolves toward the minimization of energy.
 
Based on the axiomatic system, the model naturally derives three core laws: the law of combinatorial creation, the law of closed-loop stability, and the law of threshold realization. It also proposes key geometric conjectures: the network spontaneously organizes into a dual triangular pyramid as the basic unit and a nested diamond lattice topology, giving rise to characteristic numbers such as 9, 27, 36, and 108 (where 108 = 2²×3³, the critical threshold for matter transitioning from "virtual state" to "real state"). These numbers not only correlate with key parameters in particle physics and cosmology but also align with core symbols in Eastern culture.
 
The model constructs a complete mathematical framework and dynamic evolution path. Based on the evolutionary laws of the discrete network, it presents a derivation pathway toward the core equations of general relativity and quantum mechanics, offering a feasible approach to achieving compatibility between the continuous limit and existing theories. It also clarifies the emergent mechanism of fundamental physical constants (e.g., the speed of light c, Planck constant h, fine-structure constant α), and presents a quantitative association framework linking them to network parameters.
 
As a testable scientific program, the model provides twelve specific physical predictions: including the cubic power distribution of dark matter mass spectrum, the large-scale attenuation and 108-fold resonance peak of cosmic microwave background radiation, the scarcity of high-redshift galaxies, and the weak dispersion effect of gravitational waves. These predictions clearly distinguish themselves from mainstream paradigms and can be verified by next-generation detectors and observation equipment.
 
This research offers a new exploration path for quantum gravity and unified field theory. We invite scholars in mathematics, physics, computer science, and other fields to jointly advance axiom formalization, numerical simulation, and experimental verification, and decode the deep geometric and numerical order of the universe.
 
Author Note: The author is an independent researcher, and the "Researcher" label in this record refers to a general academic identity, not a formal professional title.

This section presents the foundational theoretical core of the Yin-Yang Network Cosmic Model. For extended applications of this theory and related scientific papers, please refer to the following DOIs:  DOI 10.5281/zenodo.18426000.DOI  10.5281/zenodo.18493628