图书简介

1 INTRODUCTION Overview Nanomaterial physics Nanomaterial chemistry Emerging heterostructures for optoelectronics Challenges and prospect of nano-optoelectronic devices Summary 2 LARGE-SCALE PHOTODETECTOR ARRAYS FOR IMAGING Introduction Visible light photodetectors based on nanomaterials Infrared photodetectors based on nanomaterials Nanomaterials enabled broadband photodetectors Flexible photodetector arrays based on nanomaterials Summary 3 PLASMONIC PHOTODETECTORS FOR IMAGING Introduction Plasmonic photodetectors for infrared photodetection Plasmonic photodetectors for broadband photodetection Plasmon-based hot electron photodetection Summary 4 SUB-WAVELENGTH RESOLUTION IMAGING Introduction Nano-metamaterials heterostructures based absorber Nanoscale configuration design for photodetectors Summary 5 OPTICAL RESISTANCE SWITCH FOR OPTICAL SENSING Introduction Graphene optical switch Nanomaterial heterostructures based switch Modulation characteristics Summary 6 OPTICAL INTERFEROMETRIC SENSING Introduction Graphene and its derivatives for optical interferometric sensors Integrated optical interferometric biosensors Summary 7 NOVEL MATERIALS FOR CLINICAL APPLICATIONS Introduction Physiological monitoring Optical-ultrasound imaging Summary 8 COMPUTATIONAL IMAGING BASED ON NANOMATERIALS Introduction Using deep learning for photodetectors Using machine learning for photodetectors Summary 9 COMPUTATIONAL OPTICAL SENSING BASED ON NANOMATERIALS Introduction Using deep learning for optical sensors Using machine learning for optical sensors Summary 10 NOVEL MATERIAL ADVANCES AND ON-CHIP INTEGRATION Introduction Integrated with Si Integrated with III-V compound semiconductors Challenges and outlook of large-scale device integration Summary

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