Conference 1: Large Mirror and Telescopes

Wenhan JIANG, Academician, Chinese Academy of Engineering (China), IOE, CAS

Myung K. Cao, National Optical Astronomy Observatory（USA）

Fan WU, Institute of Optics and Electronics, CAS (China)

We invite you to submit papers on the following and related topics to this conference.

 Mirrors for large astronomical and space telescopes

 Light-weighted mirror technology

 Large deployable mirror and telescopes

 New and innovative mirror and telescope designs

 Advanced testing methods for large mirror

 Support systems and structures

 New material for large mirrors

Conference 2: Advanced Optical Manufacturing Technologies

Li YANG, COMT, COS (China)

Eric RUCH, REOSC Optics, SAGEM (France)

David D. Walker, University College London (UK)

Shengyi LI, National University of Defense Technology (China)

Please submit papers on the following and related topics to this conference.

 Advanced optical manufacturing technologies

 Aspheric optics design, manufacturing and testing

 Ultra-precision freeform surfaces design,

manufacturing and Testing

 Super-precision optical manufacturing

 Optical thin film coatings

 Diamond turning technology

 Optical design and simulation software and tool

 Optoelectronics components and modules integration

and manufacturing

 Opto-mechanical components and devices

Conference 3: Optical Test, Measurement Technology, and Equipments

Yudong ZHANG, IOE, CAS (China)

Jose M. Sasian, College of Optical Science, University of Arizona (USA)

Libin XIANG, Opto-electronic Research Academy, Chinese Academy of Science

Sandy To, Hong Kong Polytechnic University (China)

Please submit papers on the following and related topics to this conference.

 Test for aspheric optical surface

 Test for super- precision optical surface

 Measurement for super smooth surface

 Measurement of optical thin film

 Test with infrared technologies

 Optical contamination

 Optical test and measurement for nanometer

technology

 New and innovative metrology and equipment

 Analysis and modeling tools and software

Conference 4: Design, Manufacturing and Testing of Micro and Nano Optical Devices and Systems

Tianchun YE, Institute of Microelectronics, CAS

Masaomi Kameyama, Nikon Corporation (Japan)

Song HU, Institute of Optics and Electronics, CAS

Papers on the following and related topics should be submitted to this conference.

 Micro and nano optical system design, manufacturing

and testing

 Nano metrology technology and tools

 Nanoscale imaging and sensing technologies

 Nanofluidics device design, fabrication and testing

 Fabrication of MEMS/MOEMS devices

 Testing and Characterization of MEMS/MOEMS

 MEMS/MOEMS reliability

 Packaging of MEMS/MOEMS devices

 Next generation lithography

 EUVL research and development

 Advances in thin film coating for MEMS

 Microfluidics, BioMEMS, and Medical Microsystems

Conference 5: Opto-Electronics Material and Devices for Sensing and Imaging

Yadong JIANG, University of Electronic Science and Technology of China

Bernard Kippelen, Center of Organic Photonics and Electronics, Georgia Institute of Technology (USA)

Junsheng YU, State Key Laboratory of Electronic Thin Films and Integrated devices (China)

The primary topics for the conference are as following:

 Properties of optoelectronic materials

 Nano materials for optoelectronic device application

 Properties of Sensing materials in detector technology

 Detector design, integration and fusion

 Detector data collection and analysis

 Vision and image processing

 Novel display and processing techniques

 Organic and polymer light emitting device for displays

and lighting

 LED and OLED related technologies

 Thin film transistors technology

 Organic and polymer memory devices

Conference 6: Smart Structure and Materials for Manufacturing and Testing

Xiangang LUO, Institute of Optics and Electronics, CAS

Xiaoyi Bao, University of Ottawa (Canada)

Papers on the following and related topics are welcome for this conference.

 Smart structures and materials

 Structural health monitoring

 Optical fiber sensors and applications

 Design, fabrication, and application of metamaterials

 Plasmonic devices and sensors

 Directive antenna

 Design, fabrication, and application of nanostructures

 Passive and active vibration isolation systems

 Shape memory alloys

 SMA- and piezo-based materials and systems

 Aircraft, MAV/UAV and morphing systems

Conference 7: Opto-Electronic Materials, Devices, and System Technology for Solar Energy

Jianzhong XU, Institute of Engineering Thermal Physics, CAS 

Zhifeng WANG, Institute of Electronic Engineering, CAS 

Primary topics for this conference are: 

 Photovoltaic cells for power generation and energy

conversion

 Optical devices for photovoltaic technique

 Thin films solar cell, dye-sensitized solar cells, bulk

heterojunction solar cells

 Opto-electronic technology in photovoltaic power

 Optical technology of parabolic trough technology

 Opto-electronic technology in solar towers

 Fresnel technology for solar power

 Dish-Stirling system for solar thermal power

technology

 Devices and systems design, manufacturing, and

testing technology for Concentrated thermal power

technology

Conference 8: Precision Optics and Engineering for Imaging, Information Storage, Display and Transmission  

Xiangdi LIN, Academician, Chinese Academy of Engineering 

Yoshiharu Namba, Chubu University (Japan) 

Tingwen XING, Institute of Optics and Electronics, CAS  

Papers on the following and related topics are solicited for this conference.  

 Freeform optics design theory and method

 Freeform optics application in optical imaging and lighting system

 Freeform optics metrology and testing

 Holographic and speckle pattern technology for opto-electro testing and measurement

 Modern interferometer technology

 Diffractive optics element design and fabrication

 Reflection and diffraction hybrid optical element and system technology

 Space optical detection and imaging technology and systems

 Space laser communication