This collection investigates how physical theories successfully navigate the gap between idealized mathematical models and the messy, complex reality of the physical world. Mark Wilson, a philosopher of science, examines the limitations of classical physics and the strategies scientists employ to maintain predictive accuracy when their models encounter boundary conditions or scale transitions. He argues that our conceptual frameworks often rely on 'physics avoidance'—the practice of ignoring underlying complexities to preserve the utility of a mathematical tool.

Experts recognize this work as a rigorous contribution to the philosophy of physics, often noting the high level of technical and philosophical density required to engage with the arguments. Scholars frequently cite Wilson's analysis as a foundational text for understanding the limitations of mathematical modeling in scientific practice.