Global Phase Diagram Fractional Quantum Hall Figure 3 From P

Jacynthe Gaylord

Integer quantum graphene polariton (pdf) dynamics in the quantum hall effect and the phase diagram of graphene Toward a global phase diagram of the fractional quantum anomalous hall

Figure 2 from Continuous Phase Transitions between Fractional Quantum

Figure 2 from Continuous Phase Transitions between Fractional Quantum

Realizing a fractional quantum hall state in an optical lattice. a Figure 3 from phase diagram of the integer quantum hall effect in p Experimental test of the fractional quantum hall effect

Figure 1 from fractional quantum hall state at nu=5/2 and the moore

First observation of the fractional quantum hall effect (from ref. 2(color on-line) sketch of two fractional quantum hall systems with (color on-line) sketch of two fractional quantum hall systems withPhys. rev. b 108, 245159 (2023).

(a) quantum hall phase diagram for filling factor 2 as a function ofFigure 1 from quantum hall phase diagram of half-filled bilayers in the Figure 2 from continuous phase transitions between fractional quantumFractional denominator odd transitions magnetic.

Fractional quantum Hall liquid in a four-terminal setup. Two gate
Fractional quantum Hall liquid in a four-terminal setup. Two gate

Fractional quantum hall effects: new developments (paperback)

Fractional quantum hall effect is probably the best-known...Figure 1 from confinement of fractional quantum hall states in narrow Even-denominator fractional quantum hall states in bilayer graphenePhase diagram of (1, 1, 0, 0) integer quantum hall ferromagnetic state.

Quantum phasesSketch of two fractional quantum hall systems with different filling The global phase diagram for the quantum hall eeect as obtained in theEven-denominator fractional quantum hall states in bilayer graphene.

Figure 2 from Continuous Phase Transitions between Fractional Quantum
Figure 2 from Continuous Phase Transitions between Fractional Quantum

Putting a quantum gas through its phases

Odd-denominator fractional quantum hall phase transitions associatedPhase diagram of a graphene integer quantum hall polariton fluid. white Physicists observe exotic quantum states in double-layer graphenePhase diagram for the quantum hall ferromagnetism of the zeroth pll of.

Thrust 2: interfaced topological statesFractional quantum hall liquid in a four-terminal setup. two gate Neutral excitation and bulk gap of fractional quantum hall liquids in[pdf] global phase diagram for the quantum hall effect: an experimental.

Figure 1 from Fractional quantum Hall state at nu=5/2 and the Moore
Figure 1 from Fractional quantum Hall state at nu=5/2 and the Moore

Quantum states transitions graphene topological thrust interfaced bilayer fractional ucsb

Figure 1 from topological quantum phase transition from a fermionicGlobal phase diagram of quantum anomalous hall effect. (a Tunable fractional quantum hall phases in bilayer graphene[pdf] global phase diagram of charge-neutral graphene in the quantum.

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Global phase diagram of quantum anomalous Hall effect. (a
Global phase diagram of quantum anomalous Hall effect. (a

(Color on-line) Sketch of two fractional quantum Hall systems with
(Color on-line) Sketch of two fractional quantum Hall systems with

Phys. Rev. B 108, 245159 (2023) - Toward a global phase diagram of the
Phys. Rev. B 108, 245159 (2023) - Toward a global phase diagram of the

[PDF] Global phase diagram of charge-neutral graphene in the quantum
[PDF] Global phase diagram of charge-neutral graphene in the quantum

Figure 1 from Confinement of fractional quantum Hall states in narrow
Figure 1 from Confinement of fractional quantum Hall states in narrow

Figure 3 from Phase diagram of the integer quantum Hall effect in p
Figure 3 from Phase diagram of the integer quantum Hall effect in p

Figure 1 from Topological quantum phase transition from a fermionic
Figure 1 from Topological quantum phase transition from a fermionic

Tunable fractional quantum Hall phases in bilayer graphene | Science
Tunable fractional quantum Hall phases in bilayer graphene | Science

Thrust 2: Interfaced Topological States | UCSB NSF Quantum Foundry
Thrust 2: Interfaced Topological States | UCSB NSF Quantum Foundry


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