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Graphene Oxide Metalenses Used to Generate Super-Resolved Optical Needle and Multifocal Array

Graphene Oxide Metalenses Used to Generate Super-Resolved Optical Needle and Multifocal Array
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Chengwei Qiu , Chenglong Hao , Hongtao Wang , Yongtian Wang , Baohua Jia , Chan Lin , Centre For Translational Atomaterials , Swinburne University Of Technology , Institute Of Optics , Chinese Academy Of Sciences , Opto Electronic Advances , Professor Baohua Jia , Swinburne University , Professor Cheng Wei Qiu , National University , Professor Tian Lan , Beijing Institute , Tian Lan , Translational Atomaterials , Electronic Advances , Chinese Academy , Science Citation Index Expanded , Citation Report , Impact Factor , ஹான் லின் , ஸ்வின்பர்ன் பல்கலைக்கழகம் ஆஃப் தொழில்நுட்பம் ,

Generation of super-resolved optical needle and multifocal array using graphene oxide metalenses

200031, Researchers led by Professor Baohua Jia at Swinburne University of Technology, Victoria, Australia, Professor Cheng-Wei Qiu at National University of Singapore, Singapore and Professor Tian Lan at Beijing Institute of Technology, Beijing, China considered the generation of super-resolved optical needle and multifocal array using graphene oxide metalenses.
Ultrathin and lightweight, metalenses are becoming increasingly significant for their use in photonic chips, biosensors and micro imaging systems such as smart phone cameras.
Compared to conventional lenses, metalenses can improve the image quality of current cameras, by enhancing resolution and removing spherical and chromatic aberrations. A single ultrathin (less than the thickness of 1/100 of a human hair) metalens element can be used instead of the multiple element imaging systems required by conventional lenses. Due to the unique light-matter interaction in a confined 2D plane, 2D materials are ideal for use ....

Chengwei Qiu , Chenglong Hao , Hongtao Wang , Yongtian Wang , Baohua Jia , Chan Lin , Centre For Translational Atomaterials , Swinburne University Of Technology , Institute Of Optics , Chinese Academy Of Sciences , Opto Electronic Advances , Professor Baohua Jia , Swinburne University , Professor Cheng Wei Qiu , National University , Professor Tian Lan , Beijing Institute , Tian Lan , Translational Atomaterials , Electronic Advances , Chinese Academy , Science Citation Index Expanded , Citation Report , Impact Factor , Technology Engineering Computer Science , Technology Transfer ,