Digitized adiabatic quantum computing with a superconducting circuit

Authors :: Barends, R.
Shabani, A.
Lamata, L.
Kelly, J.
Mezzacapo, A.
Heras, U. Las
Babbush, R.
Fowler, A. G.
Campbell, B.
Chen, Yu
Chen, Z.
Chiaro, B.
Dunsworth, A.
Jeffrey, E.
Lucero, E.
Megrant, A.
Mutus, J. Y.
Neeley, M.
Neill, C.
O’Malley, P. J. J.
Quintana, C.
Roushan, P.
Sank, D.
Vainsencher, A.
Wenner, J.
White, T. C.
Solano, E.
Neven, H.
Martinis, John M.
Source :: Nature; June 2016, Vol. 534 Issue: 7606 p222-226, 5p
Publication Year :: 2016
Abstract: A digitized approach to adiabatic quantum computing, combining the generality of the adiabatic algorithm with the universality of the digital method, is implemented using a superconducting circuit to find the ground states of arbitrary Hamiltonians.

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