新学期，清华SIGS喊你“充电”！|主讲人|教师队伍|新学期|清华sigs|爱思|讲座

新学期，新起点

清华SIGSers正蓄势待发

向着新的科研目标与学术征程前进

启航之前

不妨先为自己“充充电”

近期精彩讲座与活动预告已就位

新学期，先从一场讲座开始！

学术讲座类

弹性体电解质与保护层助力锂金属电池稳定运行（Elastomeric Electrolytes and Protective Layers for Stable Operation of Lithium Metal Batteries）

主讲人：金范埈（Bumjoon Kim），韩国科学技术院（Korea Advanced Institute of Science and Technology）教授

时间：9月10日（周四）10:30-11:30

地点：能源与环境大楼503

主要内容：Solid-state lithium-metal batteries (LMBs) are garnering attention as a next-generation battery technology that can surpass conventional Li-ion batteries in terms of energy density and operational safety. Herein, we report a class of elastomeric electrolytes with a three-dimensional interconnected plastic crystal phase. The elastomeric electrolytes show a combination of mechanical robustness, high ionic conductivity, low interfacial resistance and high lithium-ion transference number. Moreover, the elastomer electrolytes enable stable operation of the full cells under constrained conditions, delivering a high specific energy. Next, I will present the structure-property-electrochemical performance relationship of the elastomeric electrolytes in the LMBs. In the last part, I will introduce our recent work on polymer protective layers for the stable operation of lithium metal batteries.

光/电赋能酶催化新功能创制

主讲人：黄小强，南京大学化学学院教授

时间：9月11日（周五）16:00-17:00

地点：国际一期 C707

主要内容：化学创新驱动的酶催化，是驱动生物经济发展的新动力，也是当前国际科技博弈的焦点之一。酶是生物制造的关键“芯片”，但是其存在催化功能有限等问题。此次报告将介绍主讲人课题组如何通过融合生物与化学的策略，创制新型自由基酶元件以及开发非天然生物催化功能。主要内容包括实现一系列手性羰基化合物的高选择性不对称生物合成、完成手性苯丙酸类分子的高效生物合成等。

面向运动障碍的自适应脑深部刺激：从基础神经科学到临床转化（Adaptive DBS for Movement Disorders: From Basic Neuroscience to Translation）

主讲人：谭惠玲（Huiling Tan），牛津大学（University of Oxford）教授

时间：9月17日（周四）10:00-11:00

地点：能源与环境大楼1006

主要内容：Deep brain stimulation (DBS) is an established therapy for advanced Parkinson’s disease and holds promise for a range of other neuropsychiatric disorders. Conventional DBS (cDBS) delivers continuous electrical stimulation with fixed parameters, disrupting neural circuits regardless of fluctuations in patients’ symptoms or brain states. This lack of specificity can result in side effects and diminished therapeutic efficacy over time.

Recent advances highlight the potential of adaptive DBS (aDBS), which dynamically adjusts stimulation parameters in real time based on peripheral and/or neural feedback signals, providing more precise and state-dependent modulation of brain activity.

In this talk, I will present several projects demonstrating that aDBS guided by neural recordings can achieve equal or superior improvements in motor control compared to continuous high-frequency stimulation.

I will also discuss tailored aDBS protocols designed to restore physiological neural functions by selectively suppressing pathological oscillations while maintaining healthy rhythms during walking and sleep.

Finally, I will highlight recent advances in device design for next-generation neurotechnologies capable of interacting with neural circuits in a more precise, adaptive, and dynamic manner to restore normal neural function.

环境技术与创新出版研讨会（Environmental Technology and Innovation Publishing Workshop）

主讲人：吉勒·琼克（Gilles Jonker），爱思唯尔（Elsevier）执行出版人

时间：9月21日（周一）14:00-16:00

地点：学思楼CI栋208

主要内容：What makes a great journal paper? Where to start? What are journal editors and reviewers looking for? These fundamental questions (and more!) are asked by millions of researchers each year. This training aimed at early career researchers and others will increase your knowledge and understanding of the publishing process.

创新创业类

创新创业英才班 2026 级开班仪式

活动嘉宾：柳眉（Esme），领英（LinkedIn）华南新业务总监；往期优秀学生团队

时间：9月11日（周五）14:00-15:00

地点：学思楼C3-207

活动亮点：柳眉长期深耕全球化人才网络与科技商业生态，专注帮助科研背景人才完成从“研究者（Researcher）”到“创始人（Founder）”的身份跃迁，在技术品牌打造、全球资源连接与初创团队出海方面拥有丰富的一线经验，本次将会分享项目可落地的方法。两支学生创业团队讲述项目是怎样在校园里迈出第一步的、组队和落地中踩过哪些坑以及实用建议。