This essay contrasts the mainstream scientific picture of reality with a proposed scale-sensitive ontology. It summarises how contemporary physics explains microscopic phenomena through quantum fields and the Standard Model, while cosmic phenomena are described through general relativity and the ΛCDM model. The text then argues that laws, forms, and explanatory concepts may differ across scales, suggesting that reality should be understood through spatial, temporal, and velocity-dependent scales rather than through one final foundational layer.
Keywords: Quantum fields; Standard Model; general relativity; ΛCDM; cosmic scale; black holes; dark matter; spacetime; gravitational waves; scale-sensitive ontology; scientific laws; quantum gravity; spatial scale; temporal scale; velocity; cosmic scale.