Raw data, analysis and modelling scripts for the article "Bichromatic Rabi control of semiconductor qubits"

The research primarily investigates the challenges associated with electrically-driven spin resonance in controlling semiconductor spin qubits, particularly when scaling up to larger systems. The study introduces and evaluates a coherent bichromatic Rabi control method for quantum dot hole spin qubits, aiming to provide a spatially-selective approach for extensive qubit arrays. The findings are supported through a theoretical framework, emphasizing the significance of interdot motion in bichromatic driving. This research is experimental and theoretical in nature. The data was collected with a digitiser through RF-reflectometry by measuring the charge response of a single-hole transistor.

本研究主要探究了半导体自旋量子比特操控中电驱动自旋共振所面临的挑战，尤其是在规模化拓展至更大系统时的相关难题。本研究提出并评估了一种面向量子点空穴自旋量子比特的相干双色拉比操控方法，旨在为大规模量子比特阵列提供空间选择性操控方案。该研究结论依托理论框架得以验证，并着重强调了量子点间运动在双色驱动过程中的重要性。本研究兼具实验与理论双重属性。研究数据通过数字化仪（digitiser）采用射频反射测量法（RF-reflectometry）采集，具体通过测量单空穴晶体管（single-hole transistor）的电荷响应获取相关数据。