C
Cheng-Wei Qiu
H指数:134
被引数:6.1万
个人简介
暂无内容
教育背景
暂无内容
工作经历
暂无内容
荣誉奖项
- SUMMA Graduate Fellowship in Advanced Electromagnetics(2005)
- IEEE AP-S Graduate Research Award(2006)|IEEE AP-S
- URSI Young Scientist Award(2008)|URSI
- NUS Young Investigator Award(2011)|NUS
- MIT TR35@Singapore Award(2012)|MIT
- Young Scientist Award(2013)|Singapore National Academy of Science
- Faculty Young Research Award in NUS(2013)|NUS
- SPIE Rising Researcher Award(2018)|SPIE
- Young Engineering Research Award(2018)|NUS
- Engineering Researcher Award(2021)|NUS
- World Scientific Medal(2021)|Institute of Physics Singapore
- Achievement in Asia Award (Robert T. Poe Prize)(2023)|International Organization of Chinese Physicists and Astronomers
- IEEE Photonics Society Distinguished Lecturer(2023)|IEEE Photonics Society
- President’s Science Award(2023)|Singapore
- Fellow of Academy of Engineering, Singapore|Academy of Engineering, Singapore
- Fellow of APS|APS
- Foreign Fellow of Chinese Optical Society|Chinese Optical Society
- Fellow of ASEAN Academy of Engineering and Technology|ASEAN Academy of Engineering and Technology
- Highly Cited Researchers(2019)|Web of Science
- Top 10 Breakthroughs 2020(2020)|Physics World
- Optics in 2021 & 2023(2021, 2023)|Optica
- China’s Top 10 Optical Breakthroughs|China
探测器介导的跨谱预测与门控可调范德瓦尔斯隧穿光电探测器
Nature Communications
IF15.7
通过对称性破缺观察固有的手性史密斯-珀塞尔效应
Nature Communications
IF15.7
无计算、无偏压和超宽带光电探测器用于片上边缘提取
Advanced Materials
IF26.8
二维金属氧化物极化子学
Nature Communications
IF15.7
损耗工程化可重构极化激元
Nature Communications
IF15.7
极端带宽谷光子超材料接近狄拉克速度
Nature Communications
IF15.7
隐藏的山谷自旋钙钛矿光电子
Nature Nanotechnology
IF34.9
对称性约束下非平凡等离激元拓扑结构的激发选择规则
Advanced Science
IF14.1
基于物理-几何二象性的仿生扩散超材料
Nature Communications
IF15.7
反铁磁光子晶体
Nature Physics
IF18.4
高阶光子简并使连续态中的束缚态能够实现拓扑重构
Nature Communications
IF15.7
基于混合维范德华异质结构中传感器背景偏移消除的高灵敏度红外光探测
Nature Communications
IF15.7
陶瓷基复合材料实现超高温纪录整流和可编程3D热控制
Science Advances
IF12.5
在空间中利用光学灾变编码光的轨道角动量
Nature Communications
IF15.7
岩-纸-剪刀相互作用实现热定位
National Science Review
IF17.1
无序高Q值钙钛矿腔体中的结构化激光
Science Advances
IF12.5
可打印的元组件实现协同着色
Nature
IF48.5
超相干元发射体定制任意热波前(卷17,2210,2026)
Nature Communications
IF15.7

