The Scalar Paradox of Mass: Why Matter Cannot Be Fundamental

This paper introduces the Scalar Paradox of Mass, proposing that mass is not a fundamental property of matter but an emergent scalar ratio between collapse resistance (μ) and inertial memory (ν). By formalizing mass as the rate of energy expression per resolution unit, the work challenges traditional particle-based models and reframes mass as a field-resolution tension. A postulated scalar equation and symbolic framework are included, along with citations from foundational physics and emergent theory. This paper contributes to collapse field modeling and scalar-based interpretations of structure.