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John M. Martinis’s indexed work centers on the development and demonstration of superconducting quantum circuits, with a particular focus on achieving fault-tolerant quantum computation. His most-cited senior-author contributions include the 2014 demonstration of a surface-code threshold for fault tolerance in superconducting qubits (1768 citations), and the 2015 experimental realization of repetitive error detection that preserved a quantum state (942 citations). Earlier first-author work established foundational qubit control, such as the observation of Rabi oscillations in a large Josephson-junction qubit (1003 citations), and characterized dielectric-loss-induced decoherence in Josephson qubits (839 citations), directly informing subsequent hardware design. Beyond his lead-author papers, Martinis contributed to foundational theoretical and experimental advances in the field. He was a co-author on the highly cited 2012 review "Surface codes: Towards practical large-scale quantum computation" (3087 citations) and on the 2010 experimental demonstration of quantum ground-state control of a mechanical resonator (1965 citations). His publicly indexed outputs also include contributions to quantum supremacy characterization and arbitrary quantum state synthesis in superconducting resonators. Across these works, Martinis’s research arc consistently advances the physical understanding and engineering of superconducting systems for scalable quantum information processing.
P Roushan, C Neill, J Tangpanitanon, V M Bastidas, A Megrant, R Barends, Y Chen, Z Chen, B Chiaro, A Dunsworth, A Fowler, B Foxen, M Giustina, E Jeffrey, J Kelly, E Lucero, J Mutus, M Neeley, C Quintana, D Sank, A Vainsencher, J Wenner, T White, H Neven, D G Angelakis, J Martinis
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C Neill, P Roushan, K Kechedzhi, S Boixo, S V Isakov, V Smelyanskiy, A Megrant, B Chiaro, A Dunsworth, K Arya, R Barends, B Burkett, Y Chen, Z Chen, A Fowler, B Foxen, M Giustina, R Graff, E Jeffrey, T Huang, J Kelly, P Klimov, E Lucero, J Mutus, M Neeley, C Quintana, D Sank, A Vainsencher, J Wenner, T C White, H Neven, J M Martinis