In our understanding of the universe, size plays a crucial role in categorizing various objects and phenomena. From the smallest subatomic particles to the vast cosmic structures like galaxies and clusters, the scale of the universe encompasses a wide range of sizes. Inspired by frameworks like the Kardashev Scale \cite{Kardashev1964}, this paper presents the Abid Magnitude Scale (AMS), a hierarchical system for categorizing objects based on physical size, ranging from the largest cosmic structures to the smallest quantum phenomena.