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Commit 3feef2bd authored by Joseph Weston's avatar Joseph Weston
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resurrect SVG sketches from /code

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...@@ -414,7 +414,7 @@ Up to now, we only dealt with simple wire geometries. Now we turn to the case ...@@ -414,7 +414,7 @@ Up to now, we only dealt with simple wire geometries. Now we turn to the case
of a more complex geometry, namely transport through a quantum ring of a more complex geometry, namely transport through a quantum ring
that is pierced by a magnetic flux :math:`\Phi`: that is pierced by a magnetic flux :math:`\Phi`:
.. image:: /code/figure/ab_ring_sketch.* .. image:: /figure/ab_ring_sketch.*
For a flux line, it is possible to choose a gauge such that a For a flux line, it is possible to choose a gauge such that a
charged particle acquires a phase :math:`e\Phi/h` whenever it charged particle acquires a phase :math:`e\Phi/h` whenever it
...@@ -551,7 +551,7 @@ back (going opposite to the direction of the translational vector) ...@@ -551,7 +551,7 @@ back (going opposite to the direction of the translational vector)
until it intersects the scattering region. At this intersection, until it intersects the scattering region. At this intersection,
the lead is attached: the lead is attached:
.. image:: /code/figure/ab_ring_sketch2.* .. image:: /figure/ab_ring_sketch2.*
After the lead has been attached, the system should look like this: After the lead has been attached, the system should look like this:
......
...@@ -81,7 +81,7 @@ of freedom. ...@@ -81,7 +81,7 @@ of freedom.
Let us consider a system that consists of a normal lead on the left, Let us consider a system that consists of a normal lead on the left,
a superconductor on the right, and a tunnel barrier in between: a superconductor on the right, and a tunnel barrier in between:
.. image:: /code/figure/superconductor_transport_sketch.* .. image:: /figure/superconductor_transport_sketch.*
We implement the BdG Hamiltonian in Kwant using a 2x2 matrix structure We implement the BdG Hamiltonian in Kwant using a 2x2 matrix structure
for all Hamiltonian matrix elements, as we did for all Hamiltonian matrix elements, as we did
......
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