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Rubidium().getEnergy(n=5, l=0, j=-1/2) (as an example) returns an energy when it shouldn't (I guess?), since total angular momentum quantum number j is negative and probably it cannot be negative. From the function definition it seems when j == -1/2, ARC does not grab recorded experimental energy data, but rather just calculate energy using Rydberg equation. Seems there can be a positivity check for j in the case of S state?
The text was updated successfully, but these errors were encountered:
nikolasibalic
changed the title
Rubidium().getEnergy(n=5, l=0, j=-1/2) returns an energy
Add checks to prevent certain non-physical inputs if entered by user
Apr 16, 2021
nikolasibalic
changed the title
Add checks to prevent certain non-physical inputs if entered by user
Add checks to prevent certain non-physical inputs being entered by user
Apr 16, 2021
Rubidium().getEnergy(n=5, l=0, j=-1/2)
(as an example) returns an energy when it shouldn't (I guess?), since total angular momentum quantum numberj
is negative and probably it cannot be negative. From the function definition it seems whenj == -1/2
, ARC does not grab recorded experimental energy data, but rather just calculate energy using Rydberg equation. Seems there can be a positivity check forj
in the case of S state?The text was updated successfully, but these errors were encountered: