Finite-time control is a research area within control theory that focuses on designing control strategies to achieve a desired goal within a specified finite time period. The goal of finite-time control is to develop control algorithms that can stabilize a system, track a desired trajectory, or achieve a specified performance level within a limited amount of time. This area of research is particularly important in applications where the system dynamics evolve rapidly or in situations where achieving a fast response time is crucial. Finite-time control techniques are used in a variety of fields including robotics, aerospace, and autonomous systems.