@andrewdurkiewicz @ion201 In the wavepacket file I created the gaussian function that we will need throughout the problem and defined the spinor function of the electron(s) before it enters the magnetic field for t = 0 which is simply the initial condition function or if you like t<0 and x<0 as described in the literature. Graphs are in the directory. I am currently in the process of building the spin up and spin down basis that will be added to the spinor function for a complete psi function. After that we should talk about building the psi function of the electron when it is in the magnetic field, when it leaves the magnetic field, and how we want it to evolve with time.
@andrewdurkiewicz @ion201 In the wavepacket file I created the gaussian function that we will need throughout the problem and defined the spinor function of the electron(s) before it enters the magnetic field for t = 0 which is simply the initial condition function or if you like t<0 and x<0 as described in the literature. Graphs are in the directory. I am currently in the process of building the spin up and spin down basis that will be added to the spinor function for a complete psi function. After that we should talk about building the psi function of the electron when it is in the magnetic field, when it leaves the magnetic field, and how we want it to evolve with time.