Scientists confirmed that bilayer graphene can produce better results working as a semiconductor than silicon or gallium arsenide when the materials are used for hosting quantum bits in quantum information processing. At Forschungszentrum Jülich’s Helmholtz Nano Facility, scientists created double quantum dots in bilayer graphene that exhibited near perfect electron-hole symmetry. Their efforts are paving the way to achieve efficient quantum computers.
The post Graphene Quantum Dots Exhibit Near Perfect Particle-Hole Symmetry appeared first on HPCwire.
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