Ultracold fermions in a one-dimensional bipartite optical lattice: Metal-insulator transitions driven by shaking

Keyphrases

• Optical Lattice 100%
• Repulsive Interaction 100%
• Ultracold Fermions 100%
• Metal-insulator Transition 100%
• Nearest Neighbor 66%
• Attractive Interaction 66%
• Metallic Phase 66%
• Next-nearest-neighbor Hopping 66%
• Fermionic 33%
• Effective Model 33%
• Hubbard Model 33%
• Bosonization 33%
• Half-filling 33%
• Floquet Theory 33%
• External Time 33%
• Time-periodic 33%
• Driving Parameters 33%
• Bessel Functions of the First Kind 33%
• Hubbard Interaction 33%
• Luther 33%
• Mott Insulator Phase 33%
• Zeroth-order 33%
• Periodic Driving Forces 33%
• Metal-insulator Phase Transition 33%

Engineering

• One Dimensional 100%
• Nearest Neighbor 100%
• Repulsive Interaction 50%
• Driving Force 25%
• Realization 25%
• Periodic Time 25%
• Bessel Function 25%

Physics

• Optical Lattice 100%
• Fermion 100%