Quantum Dots

This research work involves the investigation of methods for the coherent manipulation of spins in systems of coupled quantum dots. In particular, we are interested in identifying mechanisms that enable rapid electrical control and entanglement of electron spin qubits. These capabilities are central to the realization of spin-based quantum information processing. In this context, we explore potential avenues for microwave control of single and multi-spin qubits, including exchange, spin-orbit, and hyperfine interactions, as well as magnetic field gradients, and analyze strategies for combining these resources in order to achieve efficient spin manipulation.  

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Team Members

  • Michael Gullans