Analytical Method & First-Principles Basis
Isobaric Thermodynamic Equilibrium
Within this analytical methodology, "First Principles" strictly defines an idealized solid-state balance evaluated under isobaric thermodynamic equilibrium. Phase equilibrium boundaries are derived directly from elemental ionic radii and stoichiometric balance without relying on external empirical datasets.
Zero Empirical Correction Factors
The screening engine operates with zero post-hoc empirical fitting factors, zero arbitrary constants, and no retrospective regression. It is designed specifically to eliminate weeks of costly trial-and-error by providing an initial analytical filter before initiating computationally heavy DFT/VASP calculations or laboratory chamber runs.
Methodological Origin & Chemical Engineering Exploration
This architecture represents an independent analytical formulation developed through intuitive physical reasoning and chemical engineering principles, aimed at making multi-component materials screening fast, deterministic, and accessible.