fractional quantum hall effect

What are the Practical Applications?


The unique properties of the FQHE have several potential applications in nanotechnology:
Quantum Computing: The fractional charge and anyonic statistics of quasi-particles could be used to create robust qubits resistant to decoherence.
Topological Quantum Devices: The FQHE states can be harnessed to develop devices with topological protection, ensuring stability against local perturbations.
Metrology: The precisely quantized nature of the FQHE could be exploited for high-precision measurements and standards.

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