This chapter takes a closer look at the Nobel Prizes in Physics awarded for work involving lasers, whether for inventing them, improving them, or using them as essential scientific tools. The chapter starts with the 1964 Nobel Prize, awarded to Charles Townes, Nicolay Basov, and Aleksandr Prokhorov. Their work combined the concept of stimulated emission with optical cavities, laying the foundation for the first laser in 1960. From there, the chapter moves forward in time, highlighting how each major breakthrough helped lasers grow from a new invention in 1960 to one of the most powerful and precise tools in science. The journey culminates in the most recent 2023 Nobel-winning work, showcasing how lasers today can even probe the incredibly fast motion of electrons in real time, an achievement that once seemed unimaginable. The chapter uses simple language and a clear, storytelling approach. Each Nobel-winning milestone is explained in a way that makes the science understandable and enjoyable, even for readers without a technical background. Whether you are simply curious or deeply interested, this chapter offers an engaging narrative of how laser-based research has transformed modern science, milestone by milestone.