Cond Mat 0010440
Majorana fermions in superconducting wires.
Cond mat 0010440. Certain one dimensional fermi systems have an energy gap in the bulk spectrum while boundary states are described by one majorana operator per boundary point. Certain one dimensional fermi systems have an energy gap in the bulk spectrum while boundary states are described by one majorana operator per boundary point. A finite system of length l possesses two ground states with an energy difference proportional to exp l l 0 and different fermionic parities. Certain one dimensional fermi systems have an energy gap in the bulk spectrum while boundary states are described by one majorana operator per boundary point.
After a more accurate numerical evaluation of the exact rpa self energy we find for gaas zf 0 691155 27. Effects of long range hopping broken time reversal symmetry and potential landscapes. Alexei kitaev microsoft research download pdf. Plenum press 1993 25.
First of all his proof for the definition of the majorana number is not so clear to me. Rcu s 2 67 the loss of. Such systems can be used as qubits since they are intrinsically immune to decoherence. I have some questions about the kitaev toy model for majorana fermions arxiv cond mat 0010440.
Mahan g d many particle physics 2nd ed. Arxiv cond mat 0010440v2 cond mat mes hall 30 oct 2000 unpaired majorana fermions in quantum wires alexei yu. Unpaired majorana fermions in quantum wires. For 3d metallic leads with say rs 2 e g.
Arxiv cond mat 0010440 cond mat submitted on 27 oct 2000 last revised 30 oct 2000 this version v2 title. We show that majorana end states are robust beyond the strict 1d single channel limit so long as the sample width is not much larger than the superconducting coherence length and they exist when an odd number of transverse quantization. First of all his proof for the definition of the majorana number is not so clear to me. Such systems can be used as qubits since they are intrinsically immune to decoherence.
B 26 4421 1982 26. Kitaev microsoft research microsoft 113 2032 one microsoft way redmond wa 98052 u s a. A finite system of length l possesses two ground states with an energy difference proportional to exp l l0 and different fermionic parities.