The quantization of persistent current qubit. The role of inductance

Details The quantization of persistent current qubit. The role of inductance The quantization of persistent current qubit. The role of inductance

2006-01-22

arxiv.org/abs/cond-mat/0601493v2

Physics

Condensed Matter

Superconductivity

One figure, 12 pages, the introduction is slightly changed to add several important references

Scientific paper

The Hamiltonian of persistent current qubit is found within well known quantum mechanical procedure. It allows a selfconsistent derivation of the current operator in a two state basis. It is shown that the current operator is not diagonal in a flux basis. A non diagonal element comes from the finite inductance of the qubit. The results obtained in the paper are important for the circuits where two or more flux qubits are coupled inductively.

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