create a response that furthers the conversation: For this weeks section I decided to go with 30.3 Bohr's Theory of the Hydrogen Atom. Bohr's theory makes it easier to understand how atoms work by showing that electrons move in fixed orbits with set energy levels. It explains why atoms give off or absorb certain amounts of energy, which appear as specific colors in a light spectrum. This simple idea helps you visualize what's happening inside an atom and links directly to what we see in experiments. It also lays the groundwork for more advanced atomic models and helps with solving science problems. Bohr's theory builds your logical thinking and problem-solving skills, which are essential in cybersecurity. It also helps you understand the science behind tech hardware. As quantum computing advances, this foundation can prepare you for future challenges in cybersecurity, like quantum encryption. It's not directly used, but it supports deeper technical understanding and adaptability. This image is interesting because it shows how atoms emit light in unique patterns, called emission spectra, when electrons move between energy levels. These patterns act like fingerprints for different elements. The experiment connects visible results with the idea that electrons exist in specific, quantized energy states