Simulating quantum mechanics with a θ -term and an 't Hooft anomaly on a synthetic dimension

Keyphrases

• 1-dimension 33%
• Approaches to Studying 33%
• Circle Model 33%
• Classical Monte Carlo Simulations 33%
• Expected Behaviour 33%
• Experimental Parameters 33%
• Gauge Theory 100%
• In(III) 33%
• Inconsistency 33%
• Instantons 66%
• Non-Abelian Gauge Theory 33%
• Physical Phenomena 33%
• Quantum Chromodynamics 33%
• Quantum Hardware 33%
• Quantum Mechanical 33%
• Quantum Mechanical Models 66%
• Quantum Mechanics 100%
• Quantum Simulation 33%
• Rydberg Atoms 66%
• Sign Problem 66%
• Spontaneous Symmetry Breaking 33%
• Symmetry Structure 33%
• Synthetic Dimension 100%
• Time-dependent Simulation 33%
• Topological Terms 33%
• Torus 33%
• Tunneling Rate 33%
• Vacuum Structure 33%

Physics

• Broken Symmetry 25%
• Gauge Theory 100%
• Instanton 50%
• Monte Carlo Method 25%
• Physical Phenomena 25%
• Physics 25%
• Quantum Chromodynamics 25%
• Quantum Simulation 25%
• Quantum Theory 100%