The Architecture of Reality
The Architecture of Reality
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Original abstract
This paper presents a minimal architectural framework for physical law, termed the Dual-Key Computed Universe (CU) model, in which all fundamental quantities arise from a bounded causal computation governed by two fixed keys: a universal propagation mapping and a fixed action-per-tick constraint.Within this framework, the Planck units, mass–energy equivalence, curvature relations, and gravitational coupling emerge from a single integer-valued step–count equation and matrix, rather than being postulated independently. Physical variation is shown to arise solely from a workload parameter N_sub(x), which redistributes fixed architectural compute capacity without modifying fundamental constants.Quantum mechanics and general relativity are recovered as complementary projections of the same underlying execution architecture—processing and propagation respectively—without alteration of either theory. Weak-field, strong-field, and black-hole regimes are treated within a single coherent formalism.The result is a closed, internally consistent account of why physical laws take the form they do, while remaining fully compatible with existing experimental precision.