Graph-theoretic approach to uncertainty relations and shadow tomography
小
中
大
发布日期:2025-06-06 15:40:31
A lot of structural information on a set of Pauli strings can be gathered from the graph encoding its commutator and anti-commutator relations. We investigate a certain subclass of those for which important properties including uncertainty relations and the ground-state energy of a Hamiltonian can be directly linked to the weighted independence number of the corresponding frustration graph. We baptise this class of graphs ?-perfect as it includes the classes of perfect, and h-perfect graphs.
We not only investigate its behavior under typical graph operations and classify how common they are, but also use it to solve efficiency problems in shadow tomography.
许振朋教授,2013年至2018年于南开永利77402官方网陈省身数学所理论物理室攻读博士学位,毕业后在德国锡根永利77402官方网从事博士后工作,并获德国洪堡基金会支持。研究方向为量子力学基础问题和量子信息,专注于不同系统中的量子关联,从单体系统、少体系统到近期的网络系统。近五年发表Physical Review Letters 4篇,Nature Communications、Science Advances、PRX Quantum各1篇,并荣获奥地利科学院颁发的2021年度埃伦费斯特量子基础最佳论文奖。
学术活动
- 2025/06/09
Graph-theoretic approach to uncertainty relations and shadow tomography
- 2025/06/08
关于马克思主义理论学科建设的若干思考
- 2025/06/06
永利77402官方网科技大讲堂:以恒星之光,解读宇宙之谜
- 2025/06/06
生命科学学院教师招聘公告暨青年学者论坛
- 2025/06/05
Completely regular codes in graphs covered by a Hamming graph
- 2025/06/05
On pseudofrobenius association schemes