FOLDERS
Click to View on Google Drive
The code followed by all video files is:
​
L_T_k_sigma_Vb_alpha_beta_B.mp4
​
Where:
L is the spatial length of the infinite quantum well measured in Angstroms.
T is the time of the simulation, with each step lasting 0.25 femtoseconds.
k is the initial wave number of the Gaussian Wave Packet (GWP).
Sigma is the initial dispersion of the GWP.
Vb is the height of the potential barrier.
Alpha is the linear term of the Rashba Spin-Orbit Interaction.
Beta is the cubic term of the Rashba Spin-Orbit Interaction.
B is the second component of the initial pseudospinor configuration. (All pseudospinors begin with the first component equal to 1).
If B says 0j we assume it equal to 0.​
If B says 1.0 we assume it equal to 1.
If B says 1j we assume it equal to i.
If B says im we assume it equal to e^(ipi/4).
WITHOUT POTENTIAL BARRIER
Inside this link you will find the folder of all animations and numerical data of 1DGWPs.
The root folder contains:​
Data (CSV documents, each one containing a full temporal evolution)
Vids (mp4 videos, these are the animations)
​
Inside each folder you will find the simulations divided by their characteristics.
​
Navigate through the folders to find any animation you want.
WITH POTENTIAL BARRIER
Inside this link you will find the folder of all animations and numerical data of 1DGWPs.
The root folder contains:
With Rashba
Without Rashba
​
With each of them containing:
Data (CSV documents, each one containing a full temporal evolution)
Vids (mp4 videos, these are the animations)
​
Inside each folder you will find the simulations divided by their characteristics.
​
Navigate through the folders to find any animation you want.