News

2023

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• 202311: Dr. Yang gave an invited talk at Institute of Physics, Chinese Academy of Sciences, "Developing functional materials and devices for a sustainable future." He also had a lab tour and got to know the interesting ultra-low temperature quantum research in the lab.

• 202311: Congratulations to Yuxuan on awarding the 2023 年度北京市自然科学基金本科生“启研”计划! He will continue his research on studying interfacial heat transport at ultra-high temperature. 

• 202309: Shuo published his first journal paper in Nano Letters! This is a nice wrap-up for his undergrad thesis report.

• 202309: Dr. Yang gave an invited talk at 2023 Micro-Nanodevices and Systems Innovation Forum (2023微纳器件与系统创新论坛). During his stay in Chongqing, he also visited the Physics Department at Chongqing University and gave an invited talk.

• 202309: Weihao joined the group as a master student. He will measure thermal/electrical properties of individual nanostructures. 

• 202308: Dr. Yang co-organized a session with Prof. Bai Song in 2023首届北京交叉科学大会 under the title "极限热学与未来芯片".

• 202308: Xiaohui joined the group as a master student. His will work on developing ultra-sensitive Pirani gauge with nW power consumption.

• 202307: Yu joined the group as an research assistant. He will fabricate innovative thermal rectifiers using 3D printing.

• 202307: Yuxuan and Ranxi joined the group as undergrad researchers. Yuxuan will perform MD simulation to study interfacial thermal transport at extremely high temperature. Ranxi will work on TEA for the HT-TES technology.

• 202306: Dr. Yang attended 第七届全国热传导研讨会（WTT 2023）and gave an invited talk under the topic "Abnormal thermal transport phenomena in ultra-thin nanostructures". 

• 202304: Dr. Yang gave an invited talk at 第六届传热传质青年学术论坛 "Probing thermal transport at atomic chain limit".

• 202303: Guanbo joined the group as an undergrad researcher. He will conduct MD simulations to study thermal transport under strain gradient.

• 202302: Fuyi joined the group as an undergrad researcher. He will perform technological economical analysis (TEA) on the high temperature thermal energy storage (HT-TES) technology.