(Include but not limited to)
(Include but not limited to)
Track 1: Physics of Photonic Materials and Devices
Track 1: Physics of Photonic Materials and Devices
Semiconductor photonic materials and devices
Semiconductor photonic materials and devices
Organic photonic materials and polymer photonics
Organic photonic materials and polymer photonics
Two-dimensional materials and quantum dots/nanostructures
Two-dimensional materials and quantum dots/nanostructures
Perovskite photonic materials (photovoltaic and luminescent)
Perovskite photonic materials (photovoltaic and luminescent)
Transparent conductive materials and flexible photonic materials
Transparent conductive materials and flexible photonic materials
Photonic crystals and metamaterials
Photonic crystals and metamaterials
Optical birefringence materials and photosensitive polymers
Optical birefringence materials and photosensitive polymers
Upconversion materials and optical gain materials
Upconversion materials and optical gain materials
Photonic thin film material preparation and characterization
Photonic thin film material preparation and characterization
Nano-photonic materials and structures
Nano-photonic materials and structures
Topological photonic materials and non-Hermitian optics
Topological photonic materials and non-Hermitian optics
Tunable and programmable optical materials
Tunable and programmable optical materials
Biological photonic materials and biocompatible photonic materials
Biological photonic materials and biocompatible photonic materials
Track 2: Micro-nano Photonic Devices and Integration
Track 2: Micro-nano Photonic Devices and Integration
Micro-nano photonic structure design and simulation
Design and simulation of micro-nano photonic structures
Plasmonic devices and near-field optics
Plasmonic devices and near-field optics
Silicon-based photonic integrated chips and optical interconnection
Cavity lasers and nano lasers
Silicon-based photonic integrated chips and optical interconnections
Single photon sources and quantum photonic devices
Cavity lasers and nano lasers
Micro-ring resonators and photonic filters
Single photon sources and quantum photonic devices
Superstructures and superlenses (Metalens)
Micro-ring resonators and photonic filters
Photonic crystal devices and waveguides
Superstructures and superlenses (Metalens)
Photonic crystal devices and waveguides
Micro-nano optoelectromechanical systems (MOEMS)
Optical modulators and optical switches
Micro-nano optoelectromechanical systems (MOEMS)
Optical detectors and infrared imaging devices
Optical modulators and optical switches
Micro-nano photonic device packaging and hetero-integration
Optical detectors and infrared imaging devices
Photon integrated circuit design and EDA tools
Micro-nano photonic device packaging and hetero-integration
Micro-nano processing and nanofabrication technologies
Photon integrated circuit design and EDA tools
Track 3: Photonic Applications and Systems
Micro-nano processing and nanofabrication technologies
Light-emitting diodes and Micro-LED/QLED technologies
Track 3: Photonic Applications and Systems
Laser materials and laser application technologies
Light-emitting diodes and Micro-LED/QLED technologies
Photovoltaic and photonic energy conversion systems
Laser materials and laser application technologies
Optical sensing and optical biosensors
Photovoltaic and photonic energy conversion systems
Computational imaging and micro-nano optical imaging
Photonic sensing and optical biosensors
Display technology and new display materials
Computational imaging and micro-nano optical imaging
Optical communication systems and optical network devices
Display technologies and new display materials
Terahertz photonicology and microwave photonicology
Optical communication systems and optical network devices
Nonlinear optics and frequency conversion devices
Terahertz photonicology and microwave photonicology
Quantum optics and quantum information processing
Nonlinear optics and frequency conversion devices
AI-driven photonic device design and optimization
Quantum optics and quantum information processing
Optical information processing and signal analysis
......AI-driven photonic device design and optimization
Optical information processing and signal analysis
......