OMAL: Magicians Of Light At The Nanoscale
Our research group focuses on addressing the theoretical and technological bottlenecks in generating, manipulating and understanding light at the micro/nanoscale. By grasping cutting-edge physical concepts and utilizing advanced materials in combination with advanced processing techniques, we aim to develop highly efficient, multifunctional micro/nanoscale electrooptical meta-devices to facilitate further development of optical displays, energy harvesting, and optical communications.More about our research>
Our diverse team spans physicists, material scientists and optoelectronic engineers. Together, we are not just exploring the future by unlocking the untapped potential of light ---We are building it!Join us>
Featured Research
ALL-DIELECTRIC NANOANTENNAS
ANOMALOUS SCATTERING FROM SINGLE NANOPARTICLES AND WAVEFRONT CONTROL WITH PERIODIC ARRAYS
MICRO/NANOLASERS
DYNAMIC NANOSCALE LIGHT GENERATION AND MANIPULATION
METAFIBERS
INCORPORATION OF NANOSTRUCTURES ONTO THE FIBER TIP FOR SEAMLESS INTEGRATION IN LAB-ON-FIBER APPLICATIONS
ELECTROOPTICAL METADEVICES
STUDY OF THE NANOSCALE ELECTROOPTICAL PROCESS FOR ENHANCING MULTI-DIMENSIONAL INFORMATION CAPACITY AND TUNABILITY
Recent News
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August 22, 2026
Welcome Xiang Gao and Xinbo Mo to join us as the 2026 Ph.D. student! Best wishes on their new journey!
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August 20, 2026
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July 31, 2026
Engineering Special Seminar | Giorgio Adamo | Optically and Electrically Driven Perovskite Metasurfaces
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December 25, 2025
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December 08, 2025
Congratulations to Dr. Mingke Jin for receiving the Youth Project of Hangzhou Natural Science Foundation for the Year 2026!
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September 03, 2025
Congratulations to Dr. Mingke Jin for receiving the Young Scientists Fund grant from the National Natural Science Foundation of China (NSFC)!
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