Quantum Sensing with Topological-Paired Bound States

Name: Quantum Sensing with Topological-Paired Bound States
Creator: Tsinghua University; Tongji University; Beijing Academy of Quantum Information Sciences; Zhengzhou University
Published: 2025-04-30T00:00:00+08:00

Zenodo2025-04-30 更新2026-04-07 收录

量子传感

拓扑束缚态

数据链接：

https://zenodo.org/doi/10.5281/zenodo.15309337 数据链接链接失效反馈

官方服务：

资源简介：

This repository contains necessary code for reproducing the results and plotting the figures in the paper "Quantum Sensing with Topological-Paired Bound States".

提供机构：

Tsinghua University; Tongji University; Beijing Academy of Quantum Information Sciences; Zhengzhou University

创建时间：

2025-04-30

一种探头装置以及磁力计

量子传感

NV色心

本申请提供了一种探头装置以及磁力计。所述探头装置包括：激光器，用于输出激光信号；金刚石样品，所述金刚石样品内含NV色心，用于基于所述激光信号形成荧光信号；微波辐射模块，用于在所述金刚石样品区域产生微波辐射场，所述微波辐射场用于使得所述荧光信号携带磁场信息；激光监测模块，用于监测所述激光器的激光功率；荧光监测模块，用于监测所述荧光信号。本申请技术方案提供的探头装置以及磁力计，降低了装置的体积以及功耗

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Data underlying the dissertation "Quantum sensing in diamond and silicon carbide: mapping spins and taming charges"

量子传感

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Solid-state defects in diamond and silicon carbide have emerged as a promising platform for exploring various quantum technologies, such as distributed quantum computing, quantum simulations of many-b

DataCite Commons2024-10-29 更新80

Data for "Distributed Quantum Sensing in a Continuous Variable Entangled Network"

量子传感

连续变量纠缠网络

Raw and processed oscilloscope data for the experiment on distributed quantum sensing in a continuous variable entangled network, published in Nature Physics (2019), https://doi.org/10.1038/s41567-019

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基于固态自旋超分辨多功能传感

量子传感

超分辨成像

主要面向超衍射极限分辨率的量子传感研究，基于超分辨成像装置探测金刚石固态自旋在电磁场作用下的荧光信号变化得到，发表文章Phys. Rev. Applied 12, 044039(2019)，主要记录了光场矢量、态密度测量，电流高分辨率测量，分辨率对测量精度影响的数据，数据量40MB。

国家基础学科公共科学数据中心140

Code and data for Nguyen Le et al. "Robust optimal control of interacting multi-qubit systems for quantum sensing"

量子控制优化

量子传感

This is the code and simulation data for the paper "Robust optimal control of interacting multi-qubit systems for quantum sensing" by Nguyen Le et al.

NIAID Data Ecosystem70

Quantum Sensing with Topological-Paired Bound States

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