Snedaker Effect

The Snedaker Effect refers to a phenomenon in which a material behaves differently at different scales. Specifically, it highlights how certain properties of a material can change depending on whether you're observing it at a microscopic or macroscopic level. For example, a material might be strong when viewed as a whole, but when examined at a smaller scale, such as the arrangement of its atoms or molecules, it might exhibit weakness or brittleness. This effect is important in materials science, as it helps scientists and engineers understand how materials will perform in real-world applications.