Solving eigenvalue problems via quantum eigenvalue transformation of unitary matrices

Quantum Scientific Computation and Quantum Artificial Intelligence

Organizers：

Jinpeng Liu 刘锦鹏（YMSC）

Speaker：

Hao-En Li (Tsinghua University)

Time：

Tues., 16:00-17:00, Mar. 18, 2025

Venue：

Ningzhai 104

Online：

Tencent Meeting: 603-0692-7681

Title:

Solving eigenvalue problems via quantum eigenvalue transformation of unitary matrices

Abstract：

In this talk, we will introduce how to use QET-U to design early fault-tolerant quantum algorithms for solving linear eigenvalue problems, covering implementation, complexity, and applications etc. If time permits, we will also briefly review other quantum algorithms for eigenvalue problems.

About the speaker：

Hao-En Li is now a senior undergraduate student at Dept. of Chemistry, Tsinghua University, supervised by Prof. Han-Shi Hu and Prof. Jin-Peng Liu. His research mainly focuses on electronic structure theory; quantum many-body physics/chemistry; quantum algorithms for science; numerical analysis; etc.He receives the 2024 Tsinghua University Special Scholarship (Undergraduate).