A 4-qubit linear cluster state forms under a tuned Ising-type Hamiltonian at revival times t = (2n+1)π/g, and simulations show T2 dephasing degrades its fidelity faster than T1 relaxation.
Noise-Resilient Quantum Computing with a Nitrogen-Vacancy Center and Nuclear Spins
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1D Cluster State Generation On Superconducting Hardware
A 4-qubit linear cluster state forms under a tuned Ising-type Hamiltonian at revival times t = (2n+1)π/g, and simulations show T2 dephasing degrades its fidelity faster than T1 relaxation.