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Julia package repository to resolve Time-Independent Schrödinger equation by (F)init (E)lement (M)ethod. This is an implementation of Gridap package for unidimensional and bidimensional grids.

Project carried out in my PhD studies of Physics at:

• Faculty of Mathematics, Astronomy, Physics and Computation (FaMAF)
• The Enrique Gaviola Institute of Physics (IFEG)

• Clone Package
• Build Julia code to use FEMTISE package
• Run from Julia REPL

Check here The GitHub Page to see documentation.

See some use examples in test folder where you can find some tests of specific FEMTISE package's functions:

• Finite Well Potential 1D
• Symmetric Finite Kronig-Penney Potential 1D
• Isotropic Quantum Harmonic Oscillator 2D
• Default Eigen Value Problem

Also, you can find tutorials in FEMTISE_TUTORIAL repository of specific problems like:

• Tutorial To Simulate Symmetric Finite One Dimensional Kronig-Penney Potential
• Tutorial To Simulate Isotropic One Dimensional Harmonic Oscillator
• Tutorial To Simulate Isotropic Two Dimensional Harmonic Oscillator
• Tutorial To Simulate Coulomb 2D Interaction potential (Helium atom model)

or check FEMTISE Package GitHub Page to see documentation.

Please, contact the project administrator Méndez Martín for any improve suggestion or questions about package use.