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Imaging the Zigzag Wigner Crystal in Confinement-Tunable Quantum Wires

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Figure

Figure 1: Imaging the zigzag Wigner crystallization. avaried to fix the wire conductance at, Schematic of our device to image the formationof zigzag Wigner crystal
Figure 2: Gate controlled Wigner crystallization. a,btion of magnetic field at various conductance values fromas a function of conductance and split gate voltage settings
Figure 3: Spin properties of the Wigner crystal. a, The magnetic focusing peak doublet (top panel)and singlet (bottom panel) at various collector dc source-drain biases from 0 to 40 nA, where the collectorconductance is fixed at 0.2 × 2e2/h
Figure 4: Temperature dependence of the zigzag Wigner crystallization and their spin properties

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