Atom Computing Achieves High Fidelity Quantum Error Correction In 171Yb

Written by kylee 11/7/2024, 3:40:17 AM
Atom Computing Achieves High Fidelity Quantum Error Correction In 171Yb

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Toccata: Trapped-ion quantum computer with at least 50 qubits and error Toccata: Trapped-ion quantum computer with at least 50 qubits and error Toccata: Trapped-ion quantum computer with at least 50 qubits and error

The Future of Quantum Computing: Harvard Team Achieves Major Error The Future of Quantum Computing: Harvard Team Achieves Major Error The Future of Quantum Computing: Harvard Team Achieves Major Error

Berkeley Lab Achieves Breakthrough In High-Fidelity Qutrit Entanglement Berkeley Lab Achieves Breakthrough In High-Fidelity Qutrit Entanglement Berkeley Lab Achieves Breakthrough In High-Fidelity Qutrit Entanglement

Quantum information architecture enabled by coherent transport of Quantum information architecture enabled by coherent transport of Quantum information architecture enabled by coherent transport of

Quantum computers take key step toward curbing errors | Science | AAAS Quantum computers take key step toward curbing errors | Science | AAAS Quantum computers take key step toward curbing errors | Science | AAAS

Figure 2 from High-Fidelity Control and Entanglement of Rydberg-Atom Figure 2 from High-Fidelity Control and Entanglement of Rydberg-Atom Figure 2 from High-Fidelity Control and Entanglement of Rydberg-Atom

Schematic of nonlocal high-fidelity quantum CNOT gates between remote Schematic of nonlocal high-fidelity quantum CNOT gates between remote Schematic of nonlocal high-fidelity quantum CNOT gates between remote

Rigetti's Look Back At 4th Quarter That Includes 84-Qubit Ankaa-2 Rigetti's Look Back At 4th Quarter That Includes 84-Qubit Ankaa-2 Rigetti's Look Back At 4th Quarter That Includes 84-Qubit Ankaa-2

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Silicon Quantum Computing demonstrates high-fidelity initialisation of Silicon Quantum Computing demonstrates high-fidelity initialisation of Silicon Quantum Computing demonstrates high-fidelity initialisation of

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Figure 1 from Fidelity and energetics of driven quantum systems for Figure 1 from Fidelity and energetics of driven quantum systems for Figure 1 from Fidelity and energetics of driven quantum systems for

Cutting through the noise: AI enables high-fidelity quantum computing Cutting through the noise: AI enables high-fidelity quantum computing Cutting through the noise: AI enables high-fidelity quantum computing

Silicon Quantum Computing demonstrates high-fidelity initialisation of Silicon Quantum Computing demonstrates high-fidelity initialisation of Silicon Quantum Computing demonstrates high-fidelity initialisation of

HRL Laboratories Achieves Error Reduction In Quantum Computing With HRL Laboratories Achieves Error Reduction In Quantum Computing With HRL Laboratories Achieves Error Reduction In Quantum Computing With

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