👉 Temporal math, also known as time algebra, is a branch of mathematics that deals with the representation and manipulation of quantities that change over time. It extends traditional arithmetic by incorporating time as a dimension, allowing for the precise description of processes that evolve. In temporal math, we use algebraic structures like groups, rings, and fields to model time-dependent systems, where operations such as addition and multiplication represent the progression of time or the composition of events. This framework is crucial in various fields, including physics (for describing dynamic systems), computer science (for scheduling and real-time systems), and engineering (for control systems). Temporal math enables us to analyze and predict the behavior of systems over time, ensuring that actions and states are correctly ordered and consistent.
