👉 Owners' math, also known as fractional calculus or time-continuous fractional calculus, is a mathematical framework that extends traditional calculus by incorporating derivatives and integrals of non-integer orders. This approach allows for the modeling of complex, memory-dependent, and non-local phenomena that are difficult to capture with classical calculus. In essence, it generalizes the concept of differentiation and integration to fractional orders, enabling a more nuanced description of processes with long-range dependencies or hereditary properties. For instance, in finance, it can model asset prices and volatility more accurately by capturing the memory effects in market dynamics. In physics, it can describe anomalous diffusion and viscoelasticity more effectively than integer-order models. The key advantage of owners' math lies in its ability to provide a more flexible and realistic mathematical language for these intricate systems, bridging gaps left by traditional methods.
