Quantum computing with spin qubits in semiconductor structures

Vladimir Privman; Dima Mozyrsky; Israel D. Vagner

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Quantum computing with spin qubits in semiconductor structures

机译：半导体结构中具有自旋量子位的量子计算

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We survey recent work on designing and evaluating quantum computing implementations based on nuclear or bound-electron spins in semiconductor heterostructures at low temperatures and in high magnetic fields. General overview is followed by a summary of results of our theoretical calculations of decoherence time scales and spin-spin interactions. The latter were carried out for systems for which the two-dimensional electron gas provides the dominant carrier for spin dynamics via exchange of spin-excitons in the integer quantum Hall regime.

机译：我们调查了基于半导体异质结构在低温和高磁场下基于核或束缚电子自旋设计和评估量子计算实现的最新工作。总体概述之后是对我们的相干时间尺度和自旋-自旋相互作用的理论计算结果的总结。后者是针对二维电子气通过整数量子霍尔机制中的自旋激子交换为自旋动力学提供主导载体的系统进行的。

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《Computer physics communications》 |2002年第3期|共8页
作者
Vladimir Privman; Dima Mozyrsky; Israel D. Vagner;
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正文语种 eng
中图分类计算机的应用;
关键词
quantum computing; semiconductor; decoherence; spin; qubit; electron gas;

机译：量子计算;半导体;退相干;自旋;量子比特;电子气;

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专利

1. Quantum computing with spin qubits in semiconductor structures [J] . Vladimir Privman, Dima Mozyrsky, Israel D. Vagner Computer physics communications . 2002,第3期

机译：半导体结构中具有自旋量子位的量子计算
2. Dynamics of Entanglement between a Quantum Dot Spin Qubit and a Photon Qubit inside a Semiconductor High-Q Nanocavity [J] . Hubert Pascal Seigneur, Gabriel Gonzalez, Michael Niklaus Leuenberger, Advances in Mathematical Physics . 2010,第Null期

机译：半导体高Q纳米腔内量子点自旋量子位和光子量子位之间纠缠的动力学
3. Dynamics of Entanglement between a Quantum Dot Spin Qubit and a Photon Qubit inside a Semiconductor High-Q Nanocavity [J] . Hubert PascalSeigneur, GabrielGonzalez, Michael NiklausLeuenberger, Advances in Mathematical Physics . 2010,第6期

机译：半导体高Q纳米腔内量子点自旋量子位和光子量子位之间纠缠的动力学
4. Semiconductor Spin Qubits — A Scalable Platform for Quantum Computing? [C] . Hendrik Bluhm, Lars R. Schreiber IEEE International Symposium on Circuits and Systems . 2019

机译：半导体自旋量子位—量子计算的可扩展平台？
5. Quantum computing with nuclear spins in semiconductors. [D] . Ladd, Thaddeus D. 2005

机译：半导体中核自旋的量子计算。
6. Scalable quantum computing based on stationary spin qubits in coupled quantum dots inside double-sided optical microcavities [O] . Hai-Rui Wei, Fu-Guo Deng -1

机译：基于双面光微腔内耦合量子点中静态自旋量子位的可扩展量子计算
7. Quantum computing with spin qubits in semiconductor structures [O] . Privman, Vladimir, Mozyrsky, Dima, Vagner, Israel D. 2001

机译：半导体结构中自旋量子位的量子计算
8. Solid State Quantum Computing Using Spin Qubits in Silicon Quantum Dots (QCCM) [R] . Eriksson, M., Lagally, M., Friesen, M., 2009

机译：利用硅量子点中的自旋量子点进行固态量子计算（QCCm）

Quantum computing with spin qubits in semiconductor structures

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