Laser control is a research field and methodological approach focused on the precise manipulation of laser beam properties. This manipulation is employed to guide, initiate, or modify physical, chemical, or biological processes, or to achieve specific functional outcomes in materials or systems. The field investigates the principles governing light-matter interactions under controlled laser irradiation and develops techniques and systems for tailoring laser parameters such as intensity, pulse duration, wavelength, phase, polarization, and spatial profile with high precision and temporal resolution. Its significance lies in its role as a foundational capability enabling diverse advanced applications across scientific research, industrial manufacturing, medical treatments, and technological systems.