Nasse Principle

The Nasse Principle states that in many natural and practical systems, processes tend to follow the path of least resistance or the most energetically favorable route. Essentially, systems naturally evolve or operate in ways that require the least effort or energy expenditure, shaping their development over time. This principle helps explain phenomena in physics, biology, and engineering, such as how fluids flow along the easiest route or how biological organisms adapt for efficiency. It highlights that efficiency and minimization of effort are fundamental drivers in how systems self-organize and behave.