Research paper
Experimental CharacterizationSuperlattice quantum solid of dipolar excitons
Camille Lagoin, Kirk Baldwin, Loren Pfeiffer, François Dubin
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| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Compressibility | normalized compressibility κ | 0.54 | — | |||
| Compressibility | normalized compressibility κ | 1.1 | — | |||
| Temperature | measurement temperature | 330mK | — | |||
| Lattice Period | square electrostatic lattice period | 250nm | — | |||
| Lattice Separation | inter-lattice site separation | 177nm | — | |||
| Potential Depth | electrostatic lattice depth | 250µeV | — | |||
| Potential Depth | dipolar-lattice depth | 500µeV | — | |||
| Interaction Energy | VE / VD intra-lattice nearest-neighbor interaction | 30µeV | — | |||
| Interaction Energy | VE,D inter-lattice nearest-neighbor interaction | 85µeV | — | |||
| Interaction Energy | on-site dipolar repulsion U | 1meV | — | |||
| Energy Separation | WS₁-WS₂ separation | 200µeV | — | |||
| Energy Shift | line II shift above WS₁ | 80µeV | — | |||
| Energy Shift | electrostatic barrier site energy relative to occupied sites | 600µeV | — | |||
| Filling Factor | average lattice filling ν̄ | 1.5 | — | |||
| Site Count | lattice sites in the high-purity superlattice solid | 36 | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Compressibility | normalized compressibility κ | 0.54 | — | |||
| Compressibility | normalized compressibility κ | 1.1 | — | |||
| Temperature | measurement temperature | 330mK | — | |||
| Lattice Period | square electrostatic lattice period | 250nm | — | |||
| Lattice Separation | inter-lattice site separation | 177nm | — | |||
| Potential Depth | electrostatic lattice depth | 250µeV | — | |||
| Potential Depth | dipolar-lattice depth | 500µeV | — | |||
| Interaction Energy | VE / VD intra-lattice nearest-neighbor interaction | 30µeV | — | |||
| Interaction Energy | VE,D inter-lattice nearest-neighbor interaction | 85µeV | — | |||
| Interaction Energy | on-site dipolar repulsion U | 1meV | — | |||
| Energy Separation | WS₁-WS₂ separation | 200µeV | — | |||
| Energy Shift | line II shift above WS₁ | 80µeV | — | |||
| Energy Shift | electrostatic barrier site energy relative to occupied sites | 600µeV | — | |||
| Filling Factor | average lattice filling ν̄ | 1.5 | — | |||
| Site Count | lattice sites in the high-purity superlattice solid | 36 | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Compressibility | normalized compressibility κ | 0.54 | — | |||
| Compressibility | normalized compressibility κ | 1.1 | — | |||
| Temperature | measurement temperature | 330mK | — | |||
| Lattice Period | square electrostatic lattice period | 250nm | — | |||
| Lattice Separation | inter-lattice site separation | 177nm | — | |||
| Potential Depth | electrostatic lattice depth | 250µeV | — | |||
| Potential Depth | dipolar-lattice depth | 500µeV | — | |||
| Interaction Energy | VE / VD intra-lattice nearest-neighbor interaction | 30µeV | — | |||
| Interaction Energy | VE,D inter-lattice nearest-neighbor interaction | 85µeV | — | |||
| Interaction Energy | on-site dipolar repulsion U | 1meV | — | |||
| Energy Separation | WS₁-WS₂ separation | 200µeV | — | |||
| Energy Shift | line II shift above WS₁ | 80µeV | — | |||
| Energy Shift | electrostatic barrier site energy relative to occupied sites | 600µeV | — | |||
| Filling Factor | average lattice filling ν̄ | 1.5 | — | |||
| Site Count | lattice sites in the high-purity superlattice solid | 36 | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Compressibility | normalized compressibility κ | 0.54 | — | |||
| Compressibility | normalized compressibility κ | 1.1 | — | |||
| Temperature | measurement temperature | 330mK | — | |||
| Lattice Period | square electrostatic lattice period | 250nm | — | |||
| Lattice Separation | inter-lattice site separation | 177nm | — | |||
| Potential Depth | electrostatic lattice depth | 250µeV | — | |||
| Potential Depth | dipolar-lattice depth | 500µeV | — | |||
| Interaction Energy | VE / VD intra-lattice nearest-neighbor interaction | 30µeV | — | |||
| Interaction Energy | VE,D inter-lattice nearest-neighbor interaction | 85µeV | — | |||
| Interaction Energy | on-site dipolar repulsion U | 1meV | — | |||
| Energy Separation | WS₁-WS₂ separation | 200µeV | — | |||
| Energy Shift | line II shift above WS₁ | 80µeV | — | |||
| Energy Shift | electrostatic barrier site energy relative to occupied sites | 600µeV | — | |||
| Filling Factor | average lattice filling ν̄ | 1.5 | — | |||
| Site Count | lattice sites in the high-purity superlattice solid | 36 | — |
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