Scopes
(Including but not limited to the following topics)
Track 1: Optoelectronic Materials
New semiconductor optoelectronic materials (perovskites, two-dimensional materials, quantum dots, etc.)
Wide bandgap semiconductor materials and devices
Optoelectronic material interface engineering and stability
Control of low-dimensional material optical properties
High-throughput calculation and design of optoelectronic materials
Flexible/Stretchable optoelectronic materials
Metamaterials and metamaterial surface optics
Photonic crystals and topological photonic materials
Optical exciton and plasmon photonic effects
Characterization and in-situ detection of optoelectronic materials
Innovative fabrication processes of optoelectronic materials
Material databases and artificial intelligence design
Track 2: Quantum Optics
Generation and control of quantum sources (single photons, entangled sources)
Quantum state manipulation and quantum measurement
Quantum teleportation and quantum relay
Quantum computing and quantum simulation optical paths
Integrated quantum optical chip technology
Quantum sensing and precision measurement
Quantum imaging and quantum radar
Quantum interaction with matter
Quantum networks and quantum communication
Space optical communication and quantum satellites
Biomedical optoelectronic detection and imaging
Exploration of new quantum optical effects
Quantum optical experimental platform
Research on quantum technology standardization
Track 3: Information Devices
High-performance photodetectors and imaging devices
Device design enabled by artificial intelligence
Low-power photonic modulators and switches
Photonic neural network computing devices
Silicon-based optoelectronic integration technology
Heterogeneous integrated optoelectronic devices
Optical interconnection and on-chip optical networks
Optical storage and compute-storage integration devices
Microwave photonic devices and systems
Optical sensors and Internet of Things nodes
Device packaging and reliability technology
Testing and standardization of optoelectronic devices ......
Track 1: Optoelectronic Materials
New semiconductor optoelectronic materials (perovskites, two-dimensional materials, quantum dots, etc.)
Wide bandgap semiconductor materials and devices
Optoelectronic material interface engineering and stability
Control of low-dimensional material optical properties
High-throughput calculation and design of optoelectronic materials
Flexible/Stretchable optoelectronic materials
Metamaterials and metamaterial surface optics
Photonic crystals and topological photonic materials
Optical exciton and plasmon photonic effects
Characterization and in-situ detection of optoelectronic materials
Innovative fabrication processes of optoelectronic materials
Material databases and artificial intelligence design
Track 2: Quantum Optics
Generation and control of quantum sources (single photons, entangled sources)
Quantum state manipulation and quantum measurement
Quantum teleportation and quantum relay
Quantum computing and quantum simulation optical paths
Integrated quantum optical chip technology
Quantum sensing and precision measurement
Quantum imaging and quantum radar
Quantum interaction with matter
Quantum networks and quantum communication
Space optical communication and quantum satellites
Biomedical optoelectronic detection and imaging
Exploration of new quantum optical effects
Quantum optical experimental platform
Research on quantum technology standardization
Track 3: Information Devices
High-performance photodetectors and imaging devices
Device design enabled by artificial intelligence
Low-power photonic modulators and switches
Photonic neural network computing devices
Silicon-based optoelectronic integration technology
Heterogeneous integrated optoelectronic devices
Optical interconnection and on-chip optical networks
Optical storage and compute-storage integration devices
Microwave photonic devices and systems
Optical sensors and Internet of Things nodes
Device packaging and reliability technology
Testing and standardization of optoelectronic devices ......
Important Dates/重要日期
- Submission Deadline: 2026.6.17
- Registration Deadline: 2026.6.24
- Conference Date: 2026.7.2
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: icagdta_conf@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
徐老师
+86-15680829715(微信同号)
1347638002
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