Yaping Dan Research Group 但亚平研究组
1. Single Atom Electronics1
The development of CMOS technology is driven by the constant down-scaling of CMOS transistor size, which will inevitably lead to single atom electronics. Our group is develping single atom electronics by self-assembling macromolecules with each carrying one dopant atom.
1.单原子电子学
CMOS集成电路技术的飞速发展主要依赖于集成电路CMOS晶体管的尺寸的不断缩小。随着器件尺寸的缩小,最终必将导致晶体管构建在单个原子的基础之上。本研究组拟利用携带单个掺杂原子的有机大分子,通过有机大分子的自组装,实现对单个掺杂原子的大规模操控,发展单原子电子学。


Single atom transistor schematic (left) and self-assembled molecular monolayer doping for single atom control (right)

单原子晶体管示意图(左)和自限制的单分子自组装(右)


Related Publications:/发表的相关论文

1. Nanoscale nitrogen doping in silicon by self-assembled monolayers

Bin Guan, Hamidreza Siampour, Zhao Fan, Shun Wang, Xiangyang Kong, Abdelmadjid Mesli, Jian Zhang, Yaping Dan*

Scientific Reports 5 (2015) 12641


2. Controlled doping by self-assembled dendrimer-like macromolecules

Haigang Wu, Bin Guan, Yingri Sun, Yiping Zhu and Yaping Dan*

Scientific Reports 7 (2017)



3. Deep level transient spectroscopic investigation of phosphorus-doped silicon by
self-assembled molecular monolayers

Xuejiao Gao#, Bin Guan#, Abdelmadjid Mesli, Kaixiang Chen and Yaping Dan*

Nature Communications 9 (2018) 118



2. Silicon Photonics
This research direction to develop fully integrated silicon photonics based on our recent breakthrough on silicon light emitting diode at 1.54um.
2. 硅基光电子
该研究方向以我组近期在通讯波段硅基发光二极管的突破性研究为基础,发展完全集成的硅基光电子。





3.Integrated spectral analyzer chip
This research direction is to turn a laboratory FTIR spectral analyzer into an integrated spectral analyzer chip. This miniaturized spectral analyzer may find a wide range of applications in chemical sensing, disease diagnosis and multispectral imaging.
3. 集成化的光谱分析芯片
该研究方向拟将实验室使用的大型傅里叶变换光谱小型化为芯片级系统,从而实现便携式的光谱分析芯片。一个小型化的光谱分析系统可在化学传感、疾病诊断和多光谱成像方向具有广泛的应用前景。




Related Publications/发表的相关论文

1. Mid-infrared plasmonic multispectral filters

Ang Wang and Yaping Dan*

Scientific Reports 8 (2018) 11257