【直播】【量子科学论坛】亚马逊量子中心徐晓思博士：Variational quantum algorithms for...
直播二维码
本次报告由北京量子信息科学研究院主办，于2021年7月5日14:00开始，授权蔻享学术进行网络直播。
Variational quantum algorithms for near-term devices
报告人
徐晓思 亚马逊量子中心算法科学家
时间
2021年7月5日 14:00
Noisy intermediate scale quantum (NISQ) algorithms arise in the recent years as they have the potential to be implemented on the near-term quantum devices to demonstrate a certain level of quantum advantage. Among many proposed algorithms, the classical-quantum hybrid algorithms stand out to be promising candidates, in particular the variational quantum eigensolver (VQE). This talk covers two applications of VQE, one is to solve linear algebra problems and the other is to search for the encoding circuits of quantum error correction codes. In the first part, I will show the solutions of linear systems of equations and matrix-vector multiplications can be translated as the ground states of the constructed Hamiltonians. The cost and effectiveness of the algorithm are evaluated through numerical simulations, and the algorithm is also implemented on the IBMQ device. In the second part, I will show a quantum compiler that can find efficient encoders for logical states of an error correction code for general quantum hardware. The discovered circuits can be further augmented with error detection.
报告人介绍
徐晓思，博士，亚马逊量子中心算法科学家。本科毕业于南开大学，硕士就读于荷兰代尔夫特理工大学， 于英国牛津大学取得博士学位。2020年加入亚马逊量子中心。主要从事研究领域为量子纠错，NISQ算法以及量子编译。
编辑：黄琦
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