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	A new hydrogen atom that works through two different mechanisms for emission and absorption has been proposed in Paper Number 4. Here we show how the electron jumps between non-consecutive levels.		A new hydrogen atom that works through two different mechanisms for emission and absorption has been proposed in Paper Number 4. Here we show how the electron jumps between non-consecutive levels.

	[[Category:Scientific Paper]]		[[Category:Scientific Paper\|mechanism selection rules]]

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{{Infobox paper
| title = Mechanism of Selection Rules
| author = [[Wladimir Guglinski]]
| journal = [[None]]
| pages = 62-82
}}

==Abstract==

From the existence of the inverse spectrum we infer an unquestionable conclusion about the emission and absorption of photons by the atom: there are two mechanisms, one for absorption, and another for emission, and they are different. If there should be no difference between the two mechanisms, the inverse spectrum would not exist in Nature. Moreover, since Quantum Mechanics does not consider two different mechanisms for emission and absorption, we conclude that the atom model of QM does not represent the fundamental depiction of the atom?s working. That is why it is indispensable to propose a new hydrogen atom, in which the emission and the absorption happen through different mechanisms.

A new hydrogen atom that works through two different mechanisms for emission and absorption has been proposed in Paper Number 4. Here we show how the electron jumps between non-consecutive levels.

[[Category:Scientific Paper]]

Mechanism of Selection Rules - Revision history

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