Abstract

Stereology is a quantitative analytical technique used to estimate three-dimensional properties of objects from their two-dimensional sections. This method is widely applied in various scientific fields, including biology, materials science, geology, and medicine. The fundamental principles of stereology involve unbiased sampling, employing mathematical estimators, and utilizing three key elements: the sampled material, sections, and sampling points. By providing unbiased and representative data, stereology enhances our understanding of complex structures and their implications in different research areas. This abstract presents a concise overview of the essential aspects of stereology and highlights its significance in scientific research and technological advancements.