Beilstein J. Nanotechnol.2018,9, 1370–1380, doi:10.3762/bjnano.9.129
the Majoranaquasiparticles, focusing on their magnetic polarization that has been recently reported by S. Jeon et al. (Science 2017, 358, 772). Finally, we study leakage of these polarized Majoranaquasiparticles into side-attached nanoscopic regions and confront them with the subgap Kondo effect
near to the singlet–doublet phase transition.
Keywords: bound states in superconductors; Majoranaquasiparticles; subgap Kondo effect; Introduction
Magnetism is usually detrimental to superconductivity because it breaks the Cooper pairs (at the critical field strength Hc2). There are, however, a few
the Kondo and the leaking Majorana quasiparticle can be confronted with each other. These magnetically polarized YSR and Majoranaquasiparticles as well as the subgap Kondo effect can be experimentally verified using tunneling heterostructures with ferromagnetic lead (STM tip).
Results and Discussion
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Figure 1:
The local order parameter obtained at zero temperature for weak λ/t = 0.1 (red line) and strong spi...