To Do List

This code is still a work in progress. There are quite a few things I still have to do. A detailed list is given below:

• Include EPR spectra code to calculate the eigenvalues of the EPR transitions. This then forms a key value going into the calculation for the single spin coupling, i.e. we need to calculate \(\left< m_{f} \right| \hat{S}_{x} \left| m_{f} \right>\) for the single spin coupling.

\[g=\left< m_{f} \right| \hat{S}_{x} \left| m_{f} \right>\gamma_{e}\sqrt{\delta B^{2}_{y} + \left(\cos \theta \right) \delta B^{2}_{x} }\]

• Automate CST procedure to calculate impedance and external q factor
• Specify the distribution of spins for the single_spin_coupling example
• Weight the purcell_enhancement and pi pulse fidelity examples by contribution to the signal
• Apply a fidelity measure to the pi pulse