Conventional industrial synthesis is predicated on overcoming kinetic and thermodynamic barriers through brute-force inputs of heat, pressure, and stoichiometric reagents. Biological systems achieve comparable or greater molecular complexity under isothermal, isobaric, aqueous conditions while approaching the thermodynamic minimum of free-energy expenditure. This dossier quantifies the efficiency gap between anthropogenic and biological chemistry and details the catalytic, thermodynamic, and process-engineering strategies by which manufacturing can be re-aligned …