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STJU indico cross-reference: https://indico-tdli.sjtu.edu.cn/event/1614/
Zoom: 624 8946 2994 (Passcode: 430252)
Abstract: Challenges, such as understanding the origin of observed baryon asymmetry and the nature of dark matter, indicate the existence of physics beyond the Standard Model. New physics searches, whether through direct probes or precision measurements, could be hindered by uncertainties in theoretical predictions that, at present, cannot be resolved due to computational or theoretical limitations. To overcome this hurdle, real-time simulation with quantum computers offers an elegant solution. In my talk, I will discuss the critical need for real-time simulation in new physics searches. I will also discuss existing challenges and theoretical developments involved in formulating quantum field theory on a quantum computer and extracting physical quantities from it in the continuum limit. Additionally, I will briefly talk about recent developments in quantum machine learning techniques used for HEP data analysis.
个人简介：李英英， 2019年于香港科技大学获得博士学位，随后赴美国费米国家加速器实验室做博士后研究至2022年，并于2023年加入中国科学技术大学交叉中心和彭桓武中心任副研究员。李英英博士的研究领域是粒子物理理论与唯象学，方向主要为新物理的探索，包括利用对撞机等实验探索新物理，发展量子计算技术以改进相关理论的预测等。