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Theory of Coulomb blockaded transport in realistic Majorana nanowires

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Theoretical analysis of Coulomb blockade transport in realistic Majorana nanowire devices. Develops a model accounting for finite-length effects, orbital contributions, and quasi-Majorana states that can mimic topological signatures. Important for interpreting experimental Majorana signatures and distinguishing genuine topological zero modes from trivial near-zero-energy states.

Key Results

  • Theory of transport signatures in Majorana islands with finite length
  • Distinguishing topological Majorana modes from trivial Andreev bound states
  • Role of device geometry and electrostatic environment
  • Implications for Majorana-based qubit readout protocols

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