Effect of spin-triplet f-wave paring symmetry on Andreev energy state in monolayer MoS2

رضایی ساداتی, طاهره and نوروزی, میلاد and خضرلو, مریم and گودرزی, هادی Effect of spin-triplet f-wave paring symmetry on Andreev energy state in monolayer MoS2. In: 10th conference on statistical physics, soft condenced matter and complex systems, 2018. (Submitted)

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Abstract

In this work, we analytically calculate the Andreev bound states in monolayer molybdenum disulfide superconductor/normal/superconductor Josephson of junction, in which the width of normal region is order of coherent length. The symmetry of pairing order, in this structure, is taken to be unconventional spin-triplet f-wave pairing. This pairing symmetry presents a complicated superconducting gap due to having a large orbital angular momentum (l=3). This gap is induced to the monolayer MoS2 by the proximity-effect. We investigate the influence of structural parameters, such as superconductor incidence angle , on Andreev bound states.

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