Fractal calculus represents a significant extension of traditional calculus, providing a robust framework for the analysis of functions defined on irregular, non-differentiable fractal sets. This ...

What is calculus: It’s the study of change and motion, split into differential (rates of change) and integral (accumulation) branches. Where it’s used: From physics and engineering to economics, ...

Calculus is a driving force behind technologies and solutions we use every day, from optimizing delivery routes to modeling natural phenomena. By understanding change and accumulation, it enables ...

THIS work fills a distinct gap in the mathematical student's library by giving an account of tensor methods in their application to the more elementary problems of geometry and physics. Of the four ...