报告人简介： Dr. Magnus Jonsson is a professor of applied physics at the Laboratory of Organic Electronics at Linköping University in Sweden. His research group studies novel nanooptical concepts for applications such as displays, energy systems, and smart materials. As example, the group recently introduced conducting polymers as a new materials platform for dynamic plasmonics. Other interests in...

报告人简介： Dan Zhao is an Associate professor in the Laboratory of Organic Electronics (LOE) at Linköping University. She received BD in chemistry at Nankai University (China, 2008) and PhD in applied physics at Renmin University (China, 2013). Afterwards, she joined the group of Organic Energy Materials (led by Reverant Crispin) at LOE as a post-doctoral researcher, where she started the resear...

Recent advancements in gene editing, particularly CRISPR-Cas9, have transformed genetic research and therapy development. Our research focuses on enhancing the precision and efficiency of CRISPR-Cas system, reducing off-target effects, and exploring its applications in treating genetic disorders. Our key achievement is high-fidelity base editor variants that minimizes unintended mutations, improvi...

报告人简介： Dr. Mateusz Plesniak started his scientific journey with an Engineering and Master's degree at the Silesian University of Technology in Poland. He then followed with a PhD in radical chemistry with Prof. David Procter at the University of Manchester in the United Kingdom, where he was working on Samarium(II) radical cyclizations for the synthesis of complex scaffolds. He then pursued...

报告人简介： Yinghao Zhu got his Ph.D. in applied physics and materials engineering from the University of Macau in 2022. Since then, he has been doing his postdoctoral research in the Department of Physics at Fudan University. Starting in Mar. 2025, he will join the Heinz Maier-Leibnitz Zentrum (MLZ), a collaborative neutron facility between Forschungszentrum Jülich (FZJ) and Technische Universi...

本报告从新能源电网的发展现状和工程需求出发，总结同步发电机和电力电子装备在暂态行为方面的差异以及构网型变流器耐受力弱的根本原因。重点讨论构网型变流器短时过载能力增强的研究框架和多层级调控方法，并以控制参数优化为例详细讨论以开关频率作为自由度的过载能力增强技术及归一化对标方法等。 李武华：2002年于浙江大学电气工程学院获学士学位；2008年获浙江大学电气工程学科博士学位，导师为IEEE Fellow、IEE (IET) Fello...

全波形反演是基于最优化理论的高分辨率声参数模型重建和成像方法。全波形反演理论最早由法国Tarantola教授于上世纪80年代提出，在地震成像领域有着广泛的研究和成功的应用，并于近年在医学超声成像领域也得到了关注。传统的医用B型超声成像方法，利用多组自激自收的脉冲回波信号，依赖匀速和射线假设重建目标体的结构分布灰阶图像，分辨率有限，难以识别尺寸较小的病灶，且在有骨骼等声速度差异较大的硬组织存在的情况下成像效果不...

主讲人： 陶勇博士是硅谷Cloudstone云石基金的创始合伙人，专注于生物科技、医疗健康、半导体、智能科技和清洁能源等领域的创业投资。他在多家硅谷创新科技公司担任董事职位，覆盖医疗设备、基因检测、半导体和绿色科技。他是世界决策学会（SDP）的研究员，研究方向为基于决策的人工智能治理与立法。在创立云石基金之前，陶勇博士曾建立并领导一家决策管理咨询机构，为移动通信、汽车、清洁能源、科技创新和金融领域的大型企业提供...

报告主题：人工智能方法在认知与心理健康领域的应用 随着人工智能（AI）方法的不断发展，AI与多学科的交叉融合推动了一系列基于新方法来深入理解人类智能的可能性。在本报告中，我将基于近期研究，介绍AI方法与认知、临床心理学研究的融合，探讨这些方法如何助力研究者理解人类认知、脑活动，辅助研究刺激的生成，并在心理健康领域产生应用。具体而言，报告将首先探讨深度卷积神经网络（DCNN）作为一种特征提取工具，在理解社会意...