Bohr's supervisor was Christiansen, and the topic he chose was the electron theory of metals. Source: Internet
Again, in Bohr's thinking, 'causality' referred to energy–momentum transfer; in his view, lack of energy–momentum knowledge meant lack of 'causality' knowledge. Source: Internet
Bohr's predictions matched experiments measuring the hydrogen spectral series to the first order, giving more confidence to a theory that used quantized values. Source: Internet
As Thomson's model guided Rutherford's experiments, Bohr's model guided Moseley's research. Source: Internet
Bohr's model was not perfect. Source: Internet
Bohr's correspondence principle demands that classical physics and quantum physics give the same answer when the systems become large. Source: Internet