Engineering topological models with a general-purpose symmetry-to-Hamiltonian approach

Keyphrases

• Spin Liquid 100%
• Topological Model 100%
• Topological States of Matter 100%
• Hamiltonian Approach 100%
• Majorana Zero Modes 66%
• Hamiltonian Construction 66%
• Crystalline Materials 33%
• Superconductor 33%
• Spatial Distribution 33%
• Quantum System 33%
• Topological Phase 33%
• First Application 33%
• Square Lattice 33%
• Symmetry Breaking 33%
• Modern Physics 33%
• Majorana Fermions 33%
• Point Group Symmetry 33%
• Liquid Behavior 33%
• Level Spacing Statistics 33%
• Quantum Phase 33%
• Highly Tunable 33%
• Local Hamiltonian 33%
• Kagome Lattice 33%
• Second Application 33%
• Quantum Spin Liquid 33%
• Quantum Computation 33%
• Symmetry Group 33%
• Solvable Models 33%
• Automatically Generate 33%
• Nonintegrability 33%
• Integrals of Motion 33%
• Operator Method 33%
• Construction Approach 33%
• Targeting Property 33%
• Discrete Symmetry Transformation 33%
• Nonlocal Symmetry 33%
• Commuting Operators 33%
• Frustration-free 33%
• Movement Symmetry 33%

Physics

• Physics 100%
• Quantum Computing 100%
• Fermion 100%
• Solvable Model 100%
• Broken Symmetry 100%
• Crystalline Material 100%
• Spatial Distribution 100%

Chemistry

• Superconductor 100%
• Crystalline Material 100%
• Point Group 100%