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This program computes the normalized (with respect to the conductance quantum) conductance and shot noise for a T-stub transistor, with a magnetic field perpendicular to the plane of the device. The computational approach is bases on the recursive Green’s functions method, with the inclusion of a Peierls phase factor to take into account the effect of magnetic field. The discretization is automatically adjusted to guarantee that each section is threaded by less than a fraction of a magnetic flux quantum. The user can vary the stub geometry as well as the intensity of the magnetic field.
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