Measurement of a superconducting qubit with a microwave photon counter A Opremcak, IV Pechenezhskiy, C Howington, BG Christensen, MA Beck, ...
Science 361 (6408), 1239-1242, 2018
111 2018 Fast logic with slow qubits: microwave-activated controlled-Z gate on low-frequency fluxoniums Q Ficheux, LB Nguyen, A Somoroff, H Xiong, KN Nesterov, MG Vavilov, ...
Physical Review X 11 (2), 021026, 2021
75 2021 Anomalous Josephson effect in semiconducting nanowires as a signature of the topologically nontrivial phase KN Nesterov, M Houzet, JS Meyer
Physical Review B 93 (17), 174502, 2016
71 2016 Blueprint for a high-performance fluxonium quantum processor LB Nguyen, G Koolstra, Y Kim, A Morvan, T Chistolini, S Singh, ...
PRX Quantum 3 (3), 037001, 2022
63 2022 Arbitrary controlled-phase gate on fluxonium qubits using differential ac stark shifts H Xiong, Q Ficheux, A Somoroff, LB Nguyen, E Dogan, D Rosenstock, ...
Physical Review Research 4 (2), 023040, 2022
48 2022 Microwave-activated controlled- KN Nesterov, IV Pechenezhskiy, C Wang, VE Manucharyan, MG Vavilov
Physical Review A 98 (3), 030301, 2018
45 2018 Proposal for entangling gates on fluxonium qubits via a two-photon transition KN Nesterov, Q Ficheux, VE Manucharyan, MG Vavilov
PRX Quantum 2 (2), 020345, 2021
26 2021 Thermodynamics of ultrasmall metallic grains in the presence of pairing and exchange correlations: Mesoscopic fluctuations KN Nesterov, Y Alhassid
Physical Review B—Condensed Matter and Materials Physics 87 (1), 014515, 2013
21 2013 Two-fluxonium cross-resonance gate E Dogan, D Rosenstock, L Le Guevel, H Xiong, RA Mencia, A Somoroff, ...
Physical Review Applied 20 (2), 024011, 2023
20 2023 Fast flux entangling gate for fluxonium circuits Y Chen, KN Nesterov, VE Manucharyan, MG Vavilov
Physical Review Applied 18 (3), 034027, 2022
19 2022 cnot Gates for Fluxonium Qubits via Selective Darkening of TransitionsKN Nesterov, C Wang, VE Manucharyan, MG Vavilov
Physical Review Applied 18 (3), 034063, 2022
13 2022 Scalable high-performance fluxonium quantum processor LB Nguyen, G Koolstra, Y Kim, A Morvan, T Chistolini, S Singh, ...
arXiv preprint arXiv:2201.09374, 2022
13 2022 System and method for controlling superconducting qubits MG Vavilov, K Nesterov, V Manucharyan, I Pechenezhskiy, C Wang
US Patent 10,572,816, 2020
13 2020 Demonstration of the two-fluxonium cross-resonance gate E Dogan, D Rosenstock, LL Guevel, H Xiong, RA Mencia, A Somoroff, ...
arXiv preprint arXiv:2204.11829, 2022
12 2022 Counting statistics of microwave photons in circuit QED KN Nesterov, IV Pechenezhskiy, MG Vavilov
Physical Review A 101 (5), 052321, 2020
10 2020 Anomalous Josephson effect in planar noncentrosymmetric superconducting devices J Hasan, KN Nesterov, S Li, M Houzet, JS Meyer, A Levchenko
Physical Review B 106 (21), 214518, 2022
9 2022 Measurement-induced state transitions in dispersive qubit-readout schemes KN Nesterov, IV Pechenezhskiy
Physical Review Applied 22 (6), 064038, 2024
8 2024 The coexistence of superconductivity and ferromagnetism in nano-scale metallic grains Y Alhassid, KN Nesterov, S Schmidt
Physica Scripta 2012 (T151), 014047, 2012
7 2012 Voltage-activated parametric entangling gates based on gatemon qubits Y Chen, KN Nesterov, H Churchill, J Shabani, VE Manucharyan, ...
Physical Review Applied 20 (4), 044012, 2023
3 2023 Voltage Activated Parametric Entangling Gates on Gatemons Y Chen, KN Nesterov, H Churchill, J Shabani, VE Manucharyan, ...
arXiv preprint arXiv:2304.08469, 2023
3 2023 
Ivan PechenezhskiySyracuse UniversityBestätigte E-Mail-Adresse bei syr.edu
