substratesrather

substratesrather is a recently proposed neologism used in theoretical discussions across chemistry and materials science to describe a substrate-first perspective in analyzing and designing processes. It refers to an approach that treats substrate properties as the primary determinants of outcomes, with catalysts, solvents, or environmental factors seen as secondary or modulating. While most established frameworks balance substrate and catalyst effects, substratesrather highlights how substrate identity, structure, and surface features govern reaction pathways, selectivity, and performance. The term is not widely standardized; it appears in a minority of articles and online discussions as a conceptual stance rather than a formal methodology. In heterogeneous catalysis, substrate lattice matching or surface chemistry may dominate activity; in polymerization and film deposition, substrate roughness or chemistry can control growth modes. Critics argue that the term risks oversimplifying complex systems or creating a false dichotomy between substrate and other factors. Related topics include substrate, catalysis, materials science, and reaction engineering. Substratesrather remains an informal concept used to provoke discussions about dominant factors in process design.