莫尔量子点中基于谷的电可调量子比特
Electrically Tunable Valley-Based Qubits in Moiré Quantum Dots
浏览论文内容
中文总结 AI 辅助
针对可扩展电控量子比特的挑战，本文提出以栅极定义的莫尔量子点为平台，利用莫尔工程解决谷物理矛盾，实现基于谷的量子比特的电可控操作。
中文摘要 AI 辅助
可扩展、电控量子比特的探索仍是量子技术的核心挑战。本文提出栅极定义的莫尔量子点作为基于谷的量子比特的有前景平台。莫尔工程解决了谷物理的核心矛盾：动量空间分离保护量子态，而放大的莫尔长度尺度允许平滑栅极可控地混合这些态。量子点几何结构与限制强度调控谷杂化，位移场控制失谐，提供两个非对易的静电轴用于量子比特控制。
英文摘要
The search for scalable, electrically controlled qubits remains a central challenge in quantum technology. We introduce gate-defined moiré quantum dots as a promising platform for valley-based qubits. Moiré engineering resolves the central conflict of valley physics: momentum-space separation protects the states, while the enlarged moiré length scale allows smooth gates to mix them controllably. Dot geometry and confinement strength program valley hybridization, while a displacement field controls detuning, providing two noncommuting electrostatic axes for qubit control.
