Exploration of Electron-Photon-Continuous-Field Subphoton Supercomputing Paradigm — Based on the ZBT Dual Cosmic Evolution Dynamical Equations (Part I)

ZBT is a theoretical framework proposed in this work, established upon three fundamental postulates to construct two cosmic evolution dynamical equations: the photonic quantum evolution equation and the subphoton continuous-field evolution equation. Modern cosmology and computational physics share identical underlying bottlenecks: there lacks a first-principle framework that unifies vector force fields, discrete quantization effects and continuous topological fluctuations. Conventional supercomputing improves performance merely via hardware scaling and power expansion, which is strictly limited by thermodynamic dissipation and quantum decoherence, making it difficult to satisfy real-time computation demands of massive continuous data streams. Taking the energy overflow from 1-bit topological parity breaking as the core evolution mechanism, this paper systematically deduces the complete emergence chain of spacetime structure, vector force fields, energy quanta, entropy quanta and spacetime memory units. Part I focuses on the fundamental cosmic evolution mechanism; the matched Part II will specially discuss the subphoton large-scale supercomputing paradigm derived from the ZBT dynamical system. The model naturally distinguishes two information propagation modes. Photonic quantum evolution is constrained by 1-bit topology and energy dissipation with the speed of light as the upper propagation limit, complying with local causality. Subphoton continuous evolution is only restricted by gauge fields. Subgravitational fields possess vector continuous propagation characteristics and allow superluminal background perturbations, without triggering causal paradoxes since valid 1-bit information cannot be transmitted via pure subgravitational fluctuations. Testable theoretical predictions concerning cosmic expansion, CMB anisotropy and subphoton computing channels are put forward. This framework provides new physical foundations for future subphoton supercomputing. Name: Benlun Zheng Affiliation: Guangxi Mechanical and Electrical Industry School, Nanning, 530023, China E-mail: benlunzheng@outlook.com ORCID: 0009-0007-6945-7593