QC WORKSHOP 12: Intro to Ion Trap (2021/09/18)

本次 workshop 我们邀请到 IonQ 的 Daiwei Zhu 同学介绍基于离子阱的量子计算技术以及相关应用。离子 阱是目前实现量子计算的重要硬件技术之一,该技术利用电场和激光俘获并控制真空中的自然离子实现量子计算。与超导量子比特相比,其操作不易出错,单个离子量子状态持续的时间更长,并且可以实现量子比特之间的全连通性。尝试离子阱技术路线的主要公司有:美国的 IonQ、Honeywell,英国的 Universal Quantum 以及奥地利的 Alpine Quantum Technology。

了解更多详情请点击: https://ionq.com/technology

演讲者简介:
Dr. Zhu is a senior application scientist at IonQ. He earned his Ph.D. in 2021, working with Christopher Monroe at the University of Maryland, developing trapped-ion quantum computers and algorithms targeting near-term quantum devices. His research interests include quantum algorithm development, hardware-based quantum algorithm optimization, verification and characterization of quantum devices, and quantum machine learning.

通过本次活动可以学习到:

  1. 离子阱的冷却、俘获及控制基础机制。
  2. 离子阱量子计算单双比特门的物理实现。
  3. 离子阱量子计算技术现状及未来前景展望。
  4. 离子阱在量子机器学习的应用案例:QAOA,VQE,量子生成模型
  5. 离子阱与超导量子比特的性能对比,优势与劣势。

活动安排

活动时间:
2021年9月18日(星期六)
9 AM(美国中部时间)
10 AM (美国东部时间)
4 PM (法国巴黎时间)
10PM (中国北京时间)

接入方式 1: 加入微信群,及时获取FinQ未来活动讯息。二维码7天有效。

接入方式 2:

Topic: FinQ Quantum Workshop
Time: Sep 18, 2021 10:00 Eastern Time (US and Canada)

Join Zoom Meeting
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Meeting ID: 893 2677 3496
Passcode: 312935
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Featured image: IonQ’s trapped ion system. Credit: Duke University, staq.pratt.duke.edu/

QUANTUM COMPUTING WORKSHOP – 11 (2021/08/28)

第十一次活动我们将请 University of Montpellier 的博士生 Siyuan Niu 同学介绍并讲解 IBM 推出的量子计算机编程开发者认证以及官方例题。该认证是目前全球唯一一个量子计算的认证项目。获得该认证表明已掌握了使用Qiskit的基础技能,这对于构建和运行量子程序来说至关重要。所有人都可以通过Qiskit对真正的量子计算硬件进行编程,只需要Python和基本的线性代数知识作为先决条件。

了解更多详情请点击:
https://www.ibm.com/certify/exam?id=C1000-112

演讲者简介:
Siyuan Niu received the B.S. degree in electronic and information engineering from Xidian University, China in 2018, M.S. degree in electronic engineering from Polytech Nice Sophia, France, in 2019.
She is currently a second-year Ph.D candidate in quantum computing from the University of Montpellier. Her research interests focus on quantum computer aided-design, quantum compiler, and quantum error mitigation.

通过本系列活动可以学习到:
1 如何使用Qiskit定义、执行、测量和可视化量子线路
2 如何实现单量子比特和多量子比特门,并理解它们对于量子线路的影响
3 如何创建、计算、执行和可视化量子线路的结果
4 理解线路深度、屏障、运算符、保真度等概念
5 如何区分和使用各类Qiskit后端模拟器,了解开放式量子汇编语言OpenQASM

活动安排

活动时间:
2021年8月28日(星期六)
9 AM(美国中部时间)
10 AM (美国东部时间)
4 PM (法国巴黎时间)
10PM (中国北京时间)

接入方式 1: 加入微信群,及时获取FinQ未来活动讯息。二维码7天有效。

接入方式 2:
Chandler Fang is inviting you to a scheduled Zoom meeting.

Topic: FinQ Workship 11 – IBM Qiskit
Time: Aug 28, 2021 10:00 AM Eastern Time (US and Canada)

Join Zoom Meeting
https://us02web.zoom.us/j/88233388156?pwd=SUJJUkhLMVFleHBuZ2hXb2w3QklkUT09

Meeting ID: 882 3338 8156
Passcode: 106129
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+1 312 626 6799 US (Chicago)
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+1 253 215 8782 US (Tacoma)
+1 346 248 7799 US (Houston)
Meeting ID: 882 3338 8156
Passcode: 106129
Find your local number: https://us02web.zoom.us/u/kdLJvUtJWd