epraya.JPadaptarray#

JPadaptarray(espac, h1, hx, hy, hz, nx, ny, nz)#

Constructs the Zeeman hamiltonian, adds it to the complete one and finds the energy values and eigenvectors.

Parameters:

  • espac (np.array) – Array with the values of the magnetic field.

  • h1 (np.array) – Hamiltonian matrix that contains all no Zeeman interactions.

  • hx (np.array) – Hamiltonian matrix of the Zeeman interaction in the x direction.

  • hy (np.array) – Hamiltonian matrix of the Zeeman interaction in the y direction.

  • hz (np.array) – Hamiltonian matrix of the Zeeman interaction in the z direction.

  • nx (float) – Weight coefficient for the interaction in the x direction.

  • ny (float) – Weight coefficient for the interaction in the y direction.

  • nz (float) – Weight coefficient for the interaction in the z direction.

Returns:

  • Elist (np.array) – Array of the energy values of the hamiltonian.

  • Vlist (np.array) – Array of the eigenvectors of the hamiltonian.

  • h2 (np.array) – Total Zeeman interaction matrix.