Eigenvalues mathematica
![eigenvalues mathematica eigenvalues mathematica](https://i.ytimg.com/vi/ScXKego9mbA/maxresdefault.jpg)
I'm not putting in the eigenvectors since there's a bunch and that would take up too much space.
![eigenvalues mathematica eigenvalues mathematica](https://content.wolfram.com/uploads/sites/35/2009/05/0513eigenvalues.png)
The code from python: EigVal, EigVec = eig(H) Just to note, I did notice that the eigenvectors in python are normalized and along the columns while in Mathematica they are typically not and along the rows so that is not the reason.
![eigenvalues mathematica eigenvalues mathematica](https://image3.slideserve.com/5776326/slide45-l.jpg)
![eigenvalues mathematica eigenvalues mathematica](https://i.stack.imgur.com/CbKYv.png)
However, I ended up getting different eigenvalues and eigenvectors between the two. When I started translating into python, I used the function eig() since it does the same thing. The Mathematica program uses the function Eigensystem to get the eigenvalues and eigenvectors of a matrix. Note that eigenvalues are in general complex numbers.I was tasked with translating a Mathematica program to Python (Juptyr Notebook) and I'm having trouble getting them to match. The eigenvalues are returned in a (column) Vector. The Eigenvalues(A) command returns the eigenvalues of the square Matrix A, that is, the values t such that Determinant(A - t. (optional) parameters for a complete list, see LinearAlgebra Square Matrix Matrix whose eigenvalues are required Compute the eigenvalues of a square Matrix