MAIB课程第20期: 用于变分量子算法的参数化量子脉冲

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https://mp.weixin.qq.com/s/WEcrLd7YpzLRlufDt6xjeA

Speaker: Zhiding Liang

Date：10:00pm US Eastern time, 09/16/2023

Date：10:00am Beijing time, 09/17/2023

Zoom ID：933 1613 9423

Zoom PWD：416262

Zoom: https://uwmadison.zoom.us/j/93316139423 ... YrbW41dz09

详情：https://ai2healthcare.github.io

MAIB系列课程在北美时间每周六-美国东部时间晚上10点定时展开

课程简介
量子脉冲和量子门都是在量子计算机中操纵量子比特状态的重要工具，但它们各有优缺点。使用量子脉冲而不是量子门的潜在优势包括灵活性、高保真度、可扩展性和实时调整。一个显示量子脉冲潜力的例子是单个量子比特，其中一个脉冲和两个参数（幅度和角度）可以完全探索Bloch球体。这展示了量子脉冲的表现能力。然而，值得注意的是，基础门仍然是目前量子编程中使用的明确定义的门级抽象层的必要组件。这些门经过精心设计并定期校准以保持高保真度。但在变分量子算法的情况下，我们相信使用参数化脉冲可以消除此类校准和由此产生的冗余的需要。编译量子门指令到更基本的脉冲级别时所带来的持续校准和冗余的成本可以被减少。使用脉冲，可以不依赖基础门来执行变分算法。目前，尚未有一个为研究人员开发基于脉冲的量子程序的成熟框架。
这次演讲将展示几种可作为生成各种变分量子算法脉冲的框架的方法。结果证明了量子计算的硬件/软件共同设计对于药物发现、投资组合优化等实际应用中的量子算法有多么重要。
嘉宾简介
Zhiding Liang received the B.S. in Electrical Engineering from the University of Wisconsin-Madison. He is currently a post-graduate student studying for his Ph.D. degree in the Department of Computer Science and Engineering, at the University of Notre Dame under the supervision of Prof. Yiyu Shi. His current research interests include quantum machine learning and quantum pulse control. He has been selected as a DAC Young Fellow in both 2021 and 2022 and has also been nominated as the recipient of the Edison Innovation Fellowship by the IDEA Center at the University of Notre Dame. He is devoted to quantum education and outreach; he is the founder of the Quantum Computer System (QuCS) Lecture Series, one of the most impactful public online lecture series in the quantum computing community. He also led the organization of the ACM/IEEE Quantum Computing for Drug Discovery Challenge at ICCAD 2023.

[Tlexander]

[Caravel]

你们这是哪个大学办的的seminar？