
Descripción: This book is concerning to a Differential Galois (PicardVessiot) Theory point of view of the Supersymmetric Quantum Mechanics. The main object is the nonrelativistic stationary Schrödinger equation , where are introduced the concepts of Algebraic Spectrum and Hamiltonian Algebrization. Using the Kovacic's Algorithm and the Hamiltonian Algebrization are analyzed Darboux transformations, Crum iterations and supersymmetric quantum mechanics, including their Algebrized Versions from a Galoisian approach. In particular are obtained the ground state, eigenvalues, eigenfunctions, the differential Galois groups and eigenrings of some Schrödinger equations with potentials such as exactly solvable, quasiexactly solvable and shape invariant potentials. Finally is introduced one methodology to find Algebraically Solvable and Algebraically Quasi Solvable Potentials. It consists in to apply the Hamiltonian Algebrization, as inverse process, over families of second order linear differential equations integrables in the PicardVessiot sense for a set of parameters, in particular, involving orthogonal polynomials and special functions. 
• DDays 2021
20210908
• CEDYA 2020
20210614
• DynamicsDays  XL
20210824
• NoLineal 2020
20210630 