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Atomic model Neils Bohr 10/7/1885 - 11/18/1962
By applying Planck's Quantum theory to the Rutherford model Bohr was able to create the Bohr model of the atom. The structure similar to that of a solar system. With the positively charged nucleus in the center. It has since been superseded but remains relevant as a way to open up quantum mechanics in a classroom. This would also mark the beginning of an atomic revolution. https://www.britannica.com/science/Bohr-model video: https://www.youtube.com/watch?v=Awxcl-RwWsk -
complementarity principle Neils Bohr 10/7/1885 - 11/18/1962
The complementary principle actually gave me quite a rough time in terms of understanding. It implies that quantum phenomena can only be described in pairs of complementary perspectives. Although they can not be measured simultaneously. This used to open the door to wave/ particle duality, as only one can be seen or measured at a time, when put together present a more clear picture. https://www.britannica.com/science/complementarity-principle
https://youtu.be/tF7LDhy1DAc -
Bohr- Einstien debates Neils Bohr 10/7/1885 - 11/18/1962
Beginning in 1927 and lasting for several years Bohr and Einstein had a series of debates over quantum mechanics. Bohr was arguing on the side of wave particle duality. He claimed that particles acted a certain way only when observed. Einstein was having none of it saying that just because no ones looking at it doesn't mean it's not there. Bohr was a strong believer in not using physics to see how nature is. https://www.uh.edu/engines/epi2627.htm
https://www.youtube.com/watch?v=YckNrMfLMOs -
compound nucleus Neils Bohr 10/7/1885 - 11/18/1962
In order to explain nuclear reactions Bohr came up with the compound nucleus. First a bombarding particle becomes part of the nucleus creating a highly unstable known as the compound nucleus. After a period of time particles are ejected from the old nucleus and a new product nucleus is formed. This was a great way to explain the process of nuclear reactions, and I helped move the field of nuclear physics forward. https://www.britannica.com/science/compound-nucleus-model
