A Geometric Journey Toward Genuine Multipartite Entanglement
暫譯: 通往真正多體糾纏的幾何之旅

Songbo Xie started his academic journey at Shanghai Jiao Tong University in 2013 and obtained his Bachelor of Science degree in Physics in 2017. That same year, he was admitted to the University of Rochester for doctoral studies, receiving his Master of Arts degree in Physics in 2019 and his Doctor of Philosophy degree in Physics in 2024.

Throughout his doctoral studies, Songbo Xie focused his research on quantum physics, guided by Professor Joseph H. Eberly. His research interests include quantum information, quantum computing, quantum many-body systems, quantum simulation, quantum thermodynamics, and the foundations of quantum mechanics.

One of his academic achievements during his doctoral studies was the development of an innovative geometric method to quantify ``genuine multipartite entanglement, '' a distinct form of entanglement that extends beyond two-party systems. He employed the hypervolume of geometric simplices in his approach, allowing for a deeper understanding and exploration of the complex physical properties exhibited within quantum many-body systems.

謝松博於2013年開始他的學術旅程，進入上海交通大學，並於2017年獲得物理學學士學位。同年，他被錄取至羅徹斯特大學進行博士研究，於2019年獲得物理學碩士學位，並於2024年獲得物理學博士學位。

在他的博士研究期間，謝松博專注於量子物理的研究，並在約瑟夫·H·艾伯利教授的指導下進行。他的研究興趣包括量子資訊、量子計算、量子多體系統、量子模擬、量子熱力學以及量子力學的基礎。

在博士研究期間，他的一項學術成就為開發了一種創新的幾何方法來量化「真正的多方糾纏」（genuine multipartite entanglement），這是一種超越雙方系統的獨特糾纏形式。他在其方法中運用了幾何單形的超體積，使得對量子多體系統中所展現的複雜物理特性有更深入的理解和探索。