Adding another flipper matrix depending on the ttransmitted spin direction through the flipper when it is off
Context and background knowledge
Until now we have considered the case:
When the spin coming into the flipper is parallel to the outer magnetic field (typically called "parallel spin") and is transmitted (not flipped) when the flipper is off, hence afterwards still "parallel".
Now it should be inserted the case:
When the spin coming into the flipper is antiparallel to the outer magnetic field and is transmitted (not flipped) when the flipper is off, hence afterwards still "antiparallel".
These two cases have different spin flipper matrices F1 and F2 as described in Inputs
Inputs
I have saved the new flipper matrices in the inverse_of_polarization_matrices.ipynb in the branch Flipper-matrices-antiparallel.
Flipper matrices parallel case (already inserted):
Executive summary
Adding another flipper matrix depending on the ttransmitted spin direction through the flipper when it is off
Context and background knowledge
Until now we have considered the case: When the spin coming into the flipper is parallel to the outer magnetic field (typically called "parallel spin") and is transmitted (not flipped) when the flipper is off, hence afterwards still "parallel".
Now it should be inserted the case: When the spin coming into the flipper is antiparallel to the outer magnetic field and is transmitted (not flipped) when the flipper is off, hence afterwards still "antiparallel".
These two cases have different spin flipper matrices F1 and F2 as described in Inputs
Inputs
I have saved the new flipper matrices in the
inverse_of_polarization_matrices.ipynb
in the branchFlipper-matrices-antiparallel
. Flipper matrices parallel case (already inserted):Flipper matrices antiparallel case:
Methodology
Use same methodology
Outputs
Use same correction workflow
Which interfaces are required?
Python script
Test cases
Use same correction_test.py
Comments
No response