Lie symmetry classification and qualitative analysis for the fourth-order Schr\"odinger equation
Abstract
The Lie symmetry analysis for the study of a 1+n~fourth-order Schr\"odinger equation inspired by the modification of the deformation algebra in the presence of a minimum length is applied. Specifically, we perform a detailed classification for the scalar field potential function where non-trivial Lie symmetries exist and simplify the Schr\"odinger equation. Then, a qualitative analysis allows for the reduced ordinary differential equation to be analyzed to understand the asymptotic dynamics.
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