A proposed π-shaped nanowire device would entangle electron spins into Bell states and implement √SWAP and CNOT gates, but the supporting calculations contain internal inconsistencies.
This energy spectrum tells us about which energy states are available for interaction and how much energy of source SQu is needed for exchange interaction
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A $\pi$-shaped Quantum Device for Implementation of Bell States in Solid State Environment
A proposed π-shaped nanowire device would entangle electron spins into Bell states and implement √SWAP and CNOT gates, but the supporting calculations contain internal inconsistencies.