This text explores the fundamental principles and limitations of statistics as a tool for analyzing mass phenomena. The author argues that statistics is primarily effective when dealing with large numbers and collective events, but loses its predictive power when applied to individual or unique occurrences. Using weather forecasting as an example, the document illustrates that statistical averages cannot determine specific future conditions; instead, they serve to identify outcomes that are highly unlikely to occur. This logic extends to exact sciences such as astrophysics. Since the lifecycles of celestial bodies span billions of years, astrophysicists must compare different objects across the sky to construct general models and ideal types through computer simulations. However, the text highlights that the development of specific planetary or stellar systems remains inherently unique and unpredictable. While statistics allows for the creation of general evolutionary schemes, it cannot account for the idiosyncratic nature of individual systems. Ultimately, statistics offers a framework of probability rather than precise certainty regarding specific events.