纪志罡
博士/教授
其研究领域涵盖新型材料和结构的微纳电子器件,可靠性表征及物理模型,电路/器件协同设计,以及新型范式计算等。其研究得到了英国EPSRC,InnovateUK,Newton等多个研究基金会超过150万英镑的支持。此外,其研究也得到了主流工业界的支持,包括比利时欧洲微电子中心(imec),ARM,Intel,MIMOS,Tektronix等。在五年一次的英国研究评级(REF)中,其代表电子工程系提交的研究成果影响案例(REF Impact case study),被英国国家评审委员会评价“相当大的影响”。由于其研究所产生的潜在经济价值,获得2017年英国牛顿奖提名。
迄今为止,其已发表SCI论文及会议论文超过100篇,其中包括14篇专业顶级会议IEDM和VLSI,并应邀为国际学术会议及企业特邀报告10余次。其也是APL, JAP, TED, EDL等14本专业主流杂志的审稿人,并在IPFA,SSDM等国际会议中担任TPC成员。
联系方式:
电子邮箱:zhigangji@sjtu.edu.cn
Zhigang Ji currently holds the position as the professor in Nanoelectronics in Shanghai Jiaotong University (STJU) where he established and directed the Nanoelectronic Device Lab (NDL). Before joining STJU, he was the Reader in Liverpool John Moors University (LJMU). He received the B. Eng. degree in Electrical Engineering from Tsinghua University in 2003, the M. Eng degree in Microelectronics from Peking University in 2006 and the Ph.D. degree in Microelectronics from Liverpool John Moores University in 2010.
He has authored or co-authored over 100 journal and conference papers including 14 IEDM and VLSI. He also has delivered over 10 invited talks to the industrial boards and academic conferences. He is also the reviewer for mainstream journals such as APL, JAP, TED and EDL. In addition, he also serves in various functions for many conferences including IPFA and SSDM.
His research covers the degradation physics of SiON, high-k, 2D materials and multiple-gate devices and characterization of Ge/III-V, MIM devices and emerging memories. In recent year, his research interest also expanded to the circuit/device interaction and new paradigm computing, which is motivated by both evolutionary and revolutionary advances in nanoelectronics. His research has attracted over 1.5M pounds from UK government agencies including EPSRC, InnovateUK and Newton etc. In addition, his research is also supported by leading industry players including imec, ARM, MIMOS and Tektronix. His research is selected as the impact case study for REF directed by the UK government and has been considered as ‘considerable impact’. He and his research has been shortlisted for the Newton Prize in 2017 for the potential considerable impact on the electronic devices.
Contact:
e-mail: zhigangji@sjtu.edu.cn