Demonstration of universal parametric entangling gates on a multi-qubit lattice
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Published:2018-02-02
Issue:2
Volume:4
Page:
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ISSN:2375-2548
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Container-title:Science Advances
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language:en
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Short-container-title:Sci. Adv.
Author:
Reagor Matthew1ORCID, Osborn Christopher B.1, Tezak Nikolas1, Staley Alexa1, Prawiroatmodjo Guenevere1, Scheer Michael1, Alidoust Nasser1, Sete Eyob A.1, Didier Nicolas1, da Silva Marcus P.1, Acala Ezer1, Angeles Joel1, Bestwick Andrew1, Block Maxwell1, Bloom Benjamin1, Bradley Adam1, Bui Catvu1, Caldwell Shane1, Capelluto Lauren1, Chilcott Rick1, Cordova Jeff1, Crossman Genya1, Curtis Michael1, Deshpande Saniya1, El Bouayadi Tristan1, Girshovich Daniel1, Hong Sabrina1, Hudson Alex1, Karalekas Peter1, Kuang Kat1, Lenihan Michael1, Manenti Riccardo1, Manning Thomas1, Marshall Jayss1, Mohan Yuvraj1, O’Brien William1, Otterbach Johannes1, Papageorge Alexander1, Paquette Jean-Philip1, Pelstring Michael1, Polloreno Anthony1, Rawat Vijay1, Ryan Colm A.1, Renzas Russ1, Rubin Nick1, Russel Damon1, Rust Michael1, Scarabelli Diego1, Selvanayagam Michael1, Sinclair Rodney1, Smith Robert1, Suska Mark1, To Ting-Wai1, Vahidpour Mehrnoosh1, Vodrahalli Nagesh1, Whyland Tyler1, Yadav Kamal1, Zeng William1, Rigetti Chad T.1
Affiliation:
1. Rigetti Computing, 775 Heinz Avenue, Berkeley, CA 94710, USA.
Abstract
Harnessing techniques from analog signal processing, we establish a new path for large-scale quantum computation.
Funder
National Science Foundation Rigetti & Co. Inc.
Publisher
American Association for the Advancement of Science (AAAS)
Subject
Multidisciplinary
Cited by
194 articles.
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