The Mikhailov Scale

The Mikhailov Scale is a measurement tool used in physics and engineering to assess the stability and predictability of complex systems, such as neural networks or ecological models. It quantifies how small changes or disturbances in a system’s initial state can lead to significantly different outcomes over time. A higher Mikhailov score indicates greater sensitivity, meaning the system is more unpredictable and potentially chaotic, while a lower score suggests stability. Essentially, it helps scientists understand how reliable or fragile a system's behavior is under varying conditions.