Abstract
The magnetic interference pattern and the spontaneous flux in unconventional Josephson junctions of superconductors with d+i s symmetry are calculated for different reduced junction lengths. The asymmetry in the field-modulated diffraction pattern exists for lengths as long as L=10 λ J. This is a time-reversal broken symmetry state. We present the evolution of the overlap critical current as a function of the crystal orientation for the fractional vortex and antivortex that are spontaneously formed near the junction center.
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