Optical Interconnects Technology光互连

• Data center architecture

• Optical interconnect chip technologies

• Device integration and packaging for optical interconnects

• Transmission technologies for optical interconnects

• Design, fabrication and testing of optical modules

• Fabrication process of optical interconnect devices

• Optical interconnect chips based on optical/electronic hybrid integration

Optical Switching and Optical Transmission Systems光交换与光传输

• Digital optical transmitter and receiver transmission systems and subsystems

• Digital signal processing algorithms for optical transceivers

• Forward error correction and coding

• Multiplexing and demultiplexing transmission systems and subsystems

• Transmission systems and subsystems for space-division multiplexing

• Electronic and opto-electronic signal processing and impairment mitigation techniques

• Optical switching devices, architectures, control schemes for transmission systems and subsystems

• Wavelength-, polarization-, and space-division filters, multiplexes, demultiplexes, equalizers, and inter-leavers, switches, splitters, add/drops, and cross connects

• Plasmonic waveguides, devices, and switches

• Semiconductor-based switches (and optical burst switching devices)

Opto-electronic Sensing and Imaging Technology光电传感与成像

• Spectroscopy and Material Properties

• Imaging and Remote Sensing

• Modeling and Analysis Techniques

• Metamaterial Structures and Applications

• Devices, Components, and Systems

Organic Optoelectronics有机光电子

• Organic light-emitting materials and devices

• Organic photovoltaic materials and devices

• Organic laser and nonlinear optics

• Perovskites, quantum dots and other new optoelectronic materials and devices

• Organic thin film transistors, memory and sensors

• Development of key technologies in novel organic optoelectronic materials and devices for commercialization

Micro-energy Optoelectronics微能源光电子

• Material physics and characterization for energy photonic devices;

• Low cost technology of material growth and device fabrication;

• Photovoltaic devices

• Energy-efficient LEDs and other photonic devices

• Novel photonic devices for efficient harvesting

• Micro energy storage

• Energy management and system integration

• Thermal management

• Optical system design

• Packaging and applications

Wide Bandgap Semiconductor Technology宽禁带半导体

• Epitaxial growth and characterization of III-nitride semiconductor quantum structures,

• III-nitride based LED and semiconductor lighting,

• III-nitride based UV-LED and UV-detectors,

• III-nitride based short wavelength semiconductor lasers,

• III-nitride based nano-structures and nano-devices