Comment on 'Fisher information for quasi-one-dimensional hydrogen atom'
O. Olendski
TL;DR
This paper confirms the correctness of Olendski's complex momentum wave function for the quasi-one-dimensional hydrogen atom and refutes alternative interpretations, clarifying the proper form at large quantum numbers.
Contribution
It provides a detailed argument supporting the correct form of the bound-state momentum wave function, reinforcing Olendski's 2017 expression.
Findings
Olendski's wave function is confirmed as correct at large quantum indices.
Other interpretations of the wave function are shown to be unfounded.
The discussion clarifies the behavior of the wave function in the quasi-one-dimensional hydrogen atom.
Abstract
A further argument is provided in the discussion on the correct form of the bound-state momentum wave function of the quasi-one-dimensional hydrogen atom; namely, considering its behavior at the large quantum indices, it is reconfirmed that the complex expression from Olendski (2017) {\it Eur. J. Phys.} {\bf 38} 038001 is a correct one. Groundlessness of other interpretations is also highlighted.
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Taxonomy
TopicsQuantum Computing Algorithms and Architecture · Quantum chaos and dynamical systems · Cold Atom Physics and Bose-Einstein Condensates