Can we pinpoint exactly how tightly quantum energy levels dictate the shape of wavefunctions? New calculations reveal an optimised binding range, specifically, a value of 1. 13611, defining the limit to which simpler models can accurately predict complex Schrödinger eigenstates and their spatial distribution.
Researchers Bound Ground-State Overlap with Spectral Values
Can we pinpoint exactly how tightly quantum energy levels dictate the shape of wavefunctions? New calculations reveal an optimised binding range, specifically, a value of 1. 13611, defining the limit to which simpler models can accurately predict complex Schrödinger eigenstates and their spatial distribution.