Hardware-encoding grid states in a nonreciprocal superconducting circuit
We present a circuit design composed of two Josephson junctions coupled by a
nonreciprocal element, the gyrator, whose ground space is doubly degenerate. The ground …
nonreciprocal element, the gyrator, whose ground space is doubly degenerate. The ground …
Hardware-Encoding Grid States in a Non-Reciprocal Superconducting Circuit
M Rymarz, S Bosco, A Ciani, DP DiVincenzo - arXiv preprint arXiv …, 2020 - arxiv.org
We present a circuit design composed of a non-reciprocal device and Josephson junctions
whose ground space is doubly degenerate and the ground states are approximate …
whose ground space is doubly degenerate and the ground states are approximate …
Hardware-Encoding Grid States in a Nonreciprocal Superconducting Circuit
M Rymarz, S Bosco, A Ciani… - Physical Review …, 2021 - search.proquest.com
We present a circuit design composed of two Josephson junctions coupled by a
nonreciprocal element, the gyrator, whose ground space is doubly degenerate. The ground …
nonreciprocal element, the gyrator, whose ground space is doubly degenerate. The ground …
[引用][C] Hardware-Encoding Grid States in a Non-Reciprocal Superconducting Circuit
M Rymarz, S Bosco, A Ciani, D DiVincenzo - Bulletin of the American Physical …, 2021 - APS
By taking advantage of the gyrator [1] as a source of non-reciprocity in electrical networks,
we propose a superconducting circuit [2], whose effective low-energy dynamics is …
we propose a superconducting circuit [2], whose effective low-energy dynamics is …
Hardware-Encoding Grid States in a Nonreciprocal Superconducting Circuit
M Rymarz, S Bosco, A Ciani, DP Divincenzo - Physical Review X, 2021 - research.tudelft.nl
We present a circuit design composed of two Josephson junctions coupled by a
nonreciprocal element, the gyrator, whose ground space is doubly degenerate. The ground …
nonreciprocal element, the gyrator, whose ground space is doubly degenerate. The ground …
[PDF][PDF] Hardware-Encoding Grid States in a Non-Reciprocal Superconducting Circuit
M Rymarz, S Bosco, A Ciani, DP DiVincenzo - space - academia.edu
We present a circuit design composed of a non-reciprocal device and Josephson junctions
whose ground space is doubly degenerate and the ground states are approximate …
whose ground space is doubly degenerate and the ground states are approximate …
Hardware-Encoding Grid States in a Non-Reciprocal Superconducting Circuit
M Rymarz, S Bosco, A Ciani… - APS March Meeting …, 2021 - ui.adsabs.harvard.edu
By taking advantage of the gyrator as a source of non-reciprocity in electrical networks, we
propose a superconducting circuit, whose effective low-energy dynamics is engineered to …
propose a superconducting circuit, whose effective low-energy dynamics is engineered to …
[PDF][PDF] Hardware-Encoding Grid States in a Nonreciprocal Superconducting Circuit
M Rymarz, S Bosco, A Ciani, DP DiVincenzo - PHYSICAL REVIEW X Phys Rev …, 2021 - APS
Building a quantum computer in a physical system is a formidably challenging task because
of the inherent fragility of physical quantum bits (qubits). The key idea behind quantum error …
of the inherent fragility of physical quantum bits (qubits). The key idea behind quantum error …
[PDF][PDF] Hardware-Encoding Grid States in a Nonreciprocal Superconducting Circuit
M Rymarz, S Bosco, A Ciani… - PHYSICAL REVIEW X …, 2021 - juser.fz-juelich.de
Building a quantum computer in a physical system is a formidably challenging task because
of the inherent fragility of physical quantum bits (qubits). The key idea behind quantum error …
of the inherent fragility of physical quantum bits (qubits). The key idea behind quantum error …
[PDF][PDF] Hardware-Encoding Grid States in a Nonreciprocal Superconducting Circuit
M Rymarz, S Bosco, A Ciani… - PHYSICAL REVIEW X …, 2021 - scholar.archive.org
Building a quantum computer in a physical system is a formidably challenging task because
of the inherent fragility of physical quantum bits (qubits). The key idea behind quantum error …
of the inherent fragility of physical quantum bits (qubits). The key idea behind quantum error …