How did Ernest Rutherford’s nuclear model influence Niels Bohr’s atomic theory?

Ernest Rutherford’s nuclear model, which depicted the atom as a dense, positively charged nucleus orbited by light, negative electrons, provided the essential foundation for Niels Bohr’s work. However, the Rutherford model faced a critical stability problem: according to classical physics, orbiting electrons should continuously emit electromagnetic radiation, lose energy, and spiral into the nucleus.12

To resolve this, Bohr modified the model by applying quantum theory. He postulated that electrons could only occupy specific, stable orbits of fixed size and energy, rather than the arbitrary radii suggested by Rutherford. In Bohr’s theory, radiation is emitted or absorbed only when an electron makes an abrupt "quantum jump" between these allowed states. By limiting electrons to these discrete orbits, Bohr successfully accounted for the spectral line series of hydrogen, transforming the planetary-style atom into a quantized model that aligned with experimental observations.321