宋爱民，南方科技大学纳米科学与应用研究院讲席教授，国家特聘教授。本科毕业于山东大学物理系，于中科院半导体所获得博士学位。先后在英国格拉斯哥大学、德国慕尼黑大学和瑞典隆德大学作博士后和客座讲师，2002年任英国曼彻斯特大学电子工程系讲师，2005年高级讲师，2006年晋升为正教授。2007年获曼彻斯特大学第二届“年度科学家”杰出成就奖章。研究方向包括新型微纳电子器件、氧化物半导体电子学、薄膜电子显示屏、高速电子器件等。发表SCI论文200余篇，参与撰写6部学术著作，受邀在100多个国际会议上做特邀报告。申请/获得发明专利数十项，部分成果实现产业化转化。连续多年入选爱思唯尔(Elsevier)“中国高被引学者”，Stanford全球Top 2% 科学家。

研究方向

新型微纳电子器件、氧化物半导体电子学、薄膜电子显示屏、高速电子器件等

教育经历

1985.9-1989.6 山东大学，物理学，学士

1989.9-1992.6 中国科学院半导体研究所，半导体器件物理，硕士

1992.9-1995.2 中国科学院半导体研究所，半导体器件物理，博士

工作经历

1995.10 格拉斯哥大学，微纳电子学，皇家学会博士后

1996.10 德国慕尼黑大学，微纳电子学，洪堡博士后

1998.10 瑞典隆德大学，微纳电子学，客座讲师

2002.3 曼彻斯特大学电子工程学院，微纳电子学，讲师

2005.8 曼彻斯特大学电子工程学院，微纳电子学，高级讲师

2006.5 曼彻斯特大学电子工程学院，微纳电子学，正教授

2012.1 山东大学物理学院 / 微电子学院，微纳电子学，特聘教授

2024.1 南方科技大学纳米科学与应用研究院，微纳电子学，讲席教授

代表性科研论文

• Multivalued Logic Circuit Based on a Bilayer Graphene Resonant Tunneling Transistor, Z Zhang, B Zhang, Z Cheng , H Han, Q Xin , J Zhang ,A Song , IEEE Electron Device Letters, 46 (11), 2189 (2025)

• Fully screen-printed paper-based ZnO synaptic transistor arrays for visual perception and neuromorphic computing, X Li, L Yi, X Yin, J Cheng, Q Xin, A Song, npj Flexible Electronics, 9 (1), 57 (2025)

• Large-Scale and Ultraclean Dry Transfer of Two-Dimensional Materials via Liquid Nitrogen-Assisted Cryogenic Exfoliation, X Zheng, L Han, S Fatima, S Khan, Y Sun, Z Li, Y Ning, K Leifer, G Zhu, H Li, A Song, Nano Letters ,25(25),  9967–9975 (2025)

• Superior self-powered infrared photodetector via semiconducting graphene-nanoribbons-based vertical heterojunctions, Y Sun, M Wang, X Zheng, Z Li, N Han, M Li, Z Wang, L Han, Y Ning, H Li, A Song, Applied Physics Reviews, 12 (2), (2025)

• Paper-based degradable, label-free microRNA sensing platform based on oxide thin-film transistor arrays, X Yin, Q Guo, X Ji, X Li, H Xue, Q Xin, J Zhang, Z Yan, A Song, Biosensors and Bioelectronics, 277, 117291 (2025)

• Toward high-current-density and high-frequency graphene resonant tunneling transistors, Z Zhang, B Zhang, Y Zhang, Y Wang, P Hays, SA Tongay, M Wang, H Han, H Li, J Zhang, A Song, Nature Communications, 16 (1), 4805 (2025)

• Enhancement in Performance and Reliability of Fully Transparent a-IGZO Top-Gate Thin-Film Transistors by a Two-Step Annealing Treatment, S Zheng, C Wang, S Lv, L Dong, Z Li, Q Xin, A Song, J Zhang, Y Li, Nanomaterials, 15 (6), 460 (2025)

• Electro-Optical InGaZnO Synaptic Transistor with Solid State Electrolyte for Pain Perception, X Li, X Ji, X Yin, Z Ding, N Wang, Y Li, J Zhang, Q Xin, A Song, Advanced Electronic Materials, 11 (2), 2400356 (2025)

• Very High-Gain, High-Yield Oxide Thin-Film Amplifiers Enabled by Full Etching Processes, IEEE Transactions Electron Devices, 72(10), 5442 (2025)

• Enhanced Carrier Transport and Stability in Thin-Film Transistors Based on ITZO/IGZO Heterojunction Channel and Al2O3 Passivation, ACS Applied Electronic Materials, 7(18) , 8322-8330 (2025)

• Gate-Tunable Synaptic Transistors Based on P-Type SnO for Complementary Neuromorphic System, Y Yuan, G Li, D Ge, T Liu, Q Xin, A Song, IEEE Transactions Electron Devices, 72 (11), 6315 (2025)

• High-Gain CMOS-Like Inverters Based on F-Plasma-Treated Ambipolar SnO Thin-Film Transistors, Z Gao, P Dai, N Wang, Y Yao, J Song, J Xiang, Y Wang , J Zhang , Y Li , Q Xin , A Song, IEEE Transactions Electron Devices, 72 (9), 4976 (2025)

• Graphene-Manipulated Terahertz Zigzag Electromagnetically Induced Transparency Metasurface on Liquid Crystal Polymer Film, X Wang, Z Li, J Song, H Ling, Y Shi, X Zhang, B Zhang, A Song, Y Zhang, Advanced Optical Materials,  e00523 (2025)

• Tailoring Al2O3 deposition temperature for enhanced electrical performance and reliability of IGZO thin-film transistors, S Lv, X Li, S Zheng, T Zhang, B Zhang, Y Lin, Y Wang, F Wang, Q Xin, Y Li, Semiconductor Science and Technology, 40 (9), 095008 (2025)

• Oxide Thin-Film Transistor and Circuit Modeling Using Artificial Neural Network, L Huang, Z Wang, Z Cheng, T Wei, J Zhang, A Song, IEEE Transactions on Electron Devices, 72 (9), 5011 (2025)

招聘信息

热烈欢迎具有微电子、物理、材料、化学等相关背景的同学报考研究生，同时也非常欢迎本校本科生同学来组内交流与学习。本课题组长期与国内外顶尖高校以及科研院所合作，优秀者可推荐加盟并进一步深造。有意加盟本课题组的同学请发送简历、成绩单以及科研成果等证明至：songam@sustech.edu.cn。