Recent advances in E-field coherent control of spin qubits suggest that single spin qubit operation is viable and particularly promising for discrete molecular systems. However, optimization of coherence time and spin-electric coupling poses antithetic conditions and remains an open chal lenge for chemists and physicists working in this fascinating field.
Tackling the challenge of controlling the spin with electric field / Sessoli R.. - In: NATIONAL SCIENCE REVIEW. - ISSN 2095-5138. - ELETTRONICO. - 8:(2021), pp. 0-0. [10.1093/nsr/nwaa267]
Tackling the challenge of controlling the spin with electric field
Sessoli R.
2021
Abstract
Recent advances in E-field coherent control of spin qubits suggest that single spin qubit operation is viable and particularly promising for discrete molecular systems. However, optimization of coherence time and spin-electric coupling poses antithetic conditions and remains an open chal lenge for chemists and physicists working in this fascinating field.
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