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Xuquan Wang and colleagues from the team of Zhanshan Wang and Xinbin Cheng at the School of Physical Science and Engineering have published their latest results in Advanced Imaging—Edge accelerated reconstruction using sensitivity analysis for single-lens
05
2025.06
Professors Zhanshan Wang and Xinbin Cheng’s team publishes results of Broadband and wide-Angle Metasurface lllusions in “Advanced Science” as a cover story
21
2025.05
Team of Professor Zhanshan Wang and Professor Xinbin Cheng publishes results of High-Speed Sorting of Sub-20 nm Chiral Particles in “Nano Letters”
28
2025.04
Professor Tao Jiang from Zhanshan Wang and Xinbin Cheng’s Team at the School of Physics Science and Engineering Reports Asymmetric Light Manipulation in 2D Optoelectronic Devices in Nature Communications
08
2025.04
Team of Professor Zhanshan Wang and Professor Xinbin Cheng proposed half-space optical beam scanning system based on perfect anomalous refraction metasurfaces. Relevant results are published in “Nature Communications”
03
2025.04
The research team of Professor Zhanshan Wang and Professor Xinbin Cheng has published their research findings on Fabry-Pérot Bound States in the Continuum in Applied Physical Reviews
03
2025.04
Wang Zhanshan and Cheng Xinbin Team Review Advances in Optical Sorting Technology, Research Published in Light: Science & Applications
04
2025.03
Applications of ultrafast nano-spectroscopy and nano-imaging
30
2025.01
Team of Professor Zhanshan Wang and Professor Xinbin Cheng and their collaborators implemented a method for identifying similar insect species based on feature spectral distillation
15
2025.01
Zhanshan Wang and Xinbin Cheng's Team Investigated Chiral Optical Forces in a Complex Spin-Curl Field, with Research Findings Published in "Physical Review Letters"
06
2024.12
Team of Professor Zhanshan Wang and Professor Xinbin Cheng discovered special properties of optical lateral forces related to polarization of light by scanning the entire poincaré sphere. Relevant results are published in ACS Photonics
14
2024.08
Team of Professor Zhanshan Wang and Professor Xinbin Cheng proposed a comprehensive performance domain tolerance methodology and successfully developed a prototype for freeform image spectrometers
12
2024.04
22 in total
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