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 -------------------
ELECTRONIC G-MATRIX
 -------------------

 The g-matrix:
              2 0 0
              0 2 0
              0 0 2

Notes: (1) The principal values are square roots of the eigenvalues of gT*g
        (2) Orientations are eigenvectors of gT*g
        (3) Individual contributions are projections of the full matrices onto the eigenvectors of gT*g

 -----------------------------------------
ELECTRIC AND MAGNETIC HYPERFINE STRUCTURE
 -----------------------------------------

 -----------------------------------------------------------
 Nucleus 2N : A:ISTP= 14 I= 1.0 P=533.5514 MHz/au**3
                Q:ISTP= 24 I= 1.0 Q= 0.0029 barn
 -----------------------------------------------------------

 Raw HFC matrix (all values in MHz):
             0 0 0
             0 0 0
             0 0 0

 # efg matrix below is just diag([-2 1 1]) and then rotated by erot(0, pi/4, 0)

 Raw EFG matrix (all values in a.u.**-3):
    -5.000000000000003e-01 0 -1.500000000000000e+00
                         0 1.000000000000000e+00 0
    -1.500000000000000e+00 0 -4.999999999999997e-01

 Quadrupole tensor eigenvalues (in MHz;Q= 0.0193 I= 1.0)
  e**2qQ = -400 MHz
  e**2qQ/(4I*(2I-1))= -100 MHz
  eta = 0
  NOTE: the diagonal representation of the SH term I*Q*I = e**2qQ/(4I(2I-1))*[-(1-eta),-(1+eta),2]
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