Simulation study demonstrates exponential efficiency gains in macroscopic matter synthesis, indicating a viable alternative to particle-by-particle modeling.
We introduce the V94-PhaseField framework, discarding traditional particle-by-particle simulations in favor of a macroscopic Topological Phase Transition based on Seonggil Tensor Calculus(STCT). By evaluating topological energy potentials over a spatial grid, this model dictates how matter density (ρ) solidifies when crossing critical thresholds, exponentially increasing computational efficiency for macroscopic object synthesis.
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Seonggil Lee (2026) studied this question.
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