Deterministic Finite Automata Resonating with Physics Models
2025-04-25
This article details the construction of deterministic finite automata (DFAs) using simple rules based on fundamental computer science concepts like trees, edges, and binary strings. The author outlines a five-step process, resulting in two main DFA variations that resonate with physics models—one including black holes and white holes, the other only black holes. By mapping binary strings to physical phenomena (inflation, black holes, white holes, entropy), a model for cosmic evolution is proposed. Connections to quantum mechanics and other disciplines are explored, highlighting the deep interplay between computer science, mathematics, and physics.
Read more