Proposal for High-Fidelity Quantum Simulation Using a Hybrid Dressed State

Keyphrases

• Driving Field 100%
• Quantum Simulation 100%
• Coherent Dynamics 100%
• Quantum Metrology 100%
• Dressed States 100%
• Environmental Noise 100%
• Physical Systems 50%
• Trapped Ions 50%
• Quantum Computation 50%
• Strong Driving 50%
• Drive System 50%
• Hamiltonian Engineering 50%
• Coherence Time 50%
• Quantum Technologies 50%
• Analogue Quantum Simulation 50%
• Nitrogen-vacancy Center in Diamond 50%
• Quantum Computing 50%
• Quantum Applications 50%
• Noise-resistant 50%
• Phase Noise 50%
• Amplitude Noise 50%
• Robust Features 50%

Physics

• Quantum Simulation 100%
• Quantum Computing 66%
• Quantum Metrology 66%
• Coherence 33%
• Quantum Technology 33%