Why doesn't an atom collapse?

Why doesn't an atom collapse?" This question baffles many minds who delve into the mysteries of the microscopic world. It seems paradoxical that the positively charged protons within the nucleus of an atom are so close to the negatively charged electrons orbiting around them, yet somehow, they manage to avoid collapsing into each other. Shouldn't the strong electrostatic attraction between them draw them together, causing a catastrophic collapse? Yet, atoms remain stable, forming the building blocks of our entire universe. Could it be that some invisible force is at play, keeping the protons and electrons apart? Or is there a deeper principle governing the behavior of these fundamental particles? This question probes the essence of quantum mechanics and the laws that govern the behavior of matter at the atomic level. It's a fascinating puzzle that scientists have been grappling with for centuries, seeking to unlock the secrets of the atom and its remarkable stability.