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AssigneeD-Wave Systems Inc.
InventorsMohammad H. S. Amin, Anatoly Yu. Smirnov, Alexander Maassen van den Brink, Jeremy P. Hilton, Miles F. H. Steininger
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A method for quantum computing with a quantum system comprising a first energy level, a second energy level, and a third energy level. The first energy level and said second energy level are capable of being degenerate with respect to each other. In the method a signal is applied to the quantum system. The signal has an alternating amplitude at an associated frequency such that (i) the frequency of the signal correlates with an energy level separation between the first energy level and the third energy level or (ii) the frequency of the signal correlates with an energy level separation between the second energy level and the third energy level. The signal induces an oscillation in the state of the quantum system between the first energy level and the second energy level.
A method for quantum computing with a quantum system comprising a first energy level, a second energy level, and a third energy level, wherein said first energy level and said second energy level are capable of being degenerate with respect to each other, the method comprising:
A method for quantum computing with a quantum system having a first pair of degenerate energy levels and a second pair of energy levels, the method comprising:
A method for quantum computing with a quantum system comprising a first energy level, a second energy level and a third energy level, the method comprising inducing an oscillation in the state of said quantum system between said first energy level and second energy level by:
A method for performing a readout operation of a quantum system having a first energy level, a second energy level, and a third energy level, wherein said third energy level has a measurable escape path, the method comprising;
A qubit comprising a Josephson junction formed by an intersection of a first bank of unconventional superconducting material and a second bank of unconventional superconducting material, wherein said qubit is characterized by a first basis state and a second basis state and wherein said first basis state and said second basis state respectively correspond to a first degenerate ground state energy level and a second degenerate ground state energy level of the Josephson junction.
A qubit comprising a molecule having a first ground state and a second ground state, the first ground state and the second ground state each corresponding to an energy level in a double well energy potential, wherein the double well energy potential has an associated tunneling amplitude;
Dependencies are inferred from the claim text.