… , which could guide the optimal design of quantum gates in future quantum computers. In …
twoqubit gates that are speed optimized, and we demonstrate the method experimentally using …

… twoqubit gates that are speed optimized, and we demonstrate the method experimentally
using … method can achieve maximally entangling two-qubit gates close to their analytical speed …

… will use it to successfully demonstrate two-qubit gate QSLs on … two coupled weakly anharmonic
superconducting qubits [30]. … entangling two-qubit gates, such as the CNOT gate, close to …

… Using experimentally realistic parameters, we demonstrate, … our accelerated two-qubit gates
yield a competitive gate fidelity. … Thus, this speed limit on our gate is very different from more …

… Here, we experimentally demonstrate a new twoqubit gate … qubits and a tunable coupler in
a superconducting quantum … qubits and is responsible for generating the entanglement. Finite …

… ,42 demonstrated that the architecture employed in the Cross-resonance (CR) entangling gate
can also realize a two-qubit CZ gate by … driving a pair of coupled qubits off-resonantly. The …

… experimentally demonstrate reaching those speed limits on two superconducting transmon
qubits … achieving these specific speed limits experimentally on the two-qubit platform at NIST. …

… We demonstrate ZZ cancellation on a line of 7 qubits … The inset shows a circuit representation
of the primary two-qubit device … Steffen, “Entanglement of two superconducting qubits in a …

… Although two-qubit entangling gates are necessary for universal quantum computing, they
… error correction [8–12], have been demonstrated experimentally by using only a few kinds of …

… families of two-qubit gates realized with these qubits: flux-… state-of-the-art superconducting
qubits [6] with the best lifetimes … at the speed limit in a superconducting quantum processor, …