由中国光学工程学会（CSOE）、国际光学工程学会（SPIE）等单位共同主办的“2022年世界光电子大会”定于2022年6月26-28日在北京国家会议中心举办，同期举办“第11届国际应用光学与光子学技术交流大会（AOPC2022）”。该会议是中国光学工程学会年会，设有21个专题分会，规模近两**。组委会力邀350余位国内外著名科学家、学术领军专家出席并做精彩报告。大会开幕式举办中国光学工程学会第七届科技创新奖、论文奖颁奖盛典！

      大会征文已开通，欢迎广大科研人员、研究生、博士生积极投稿参与会议交流！通过评审的稿件将在SPIE文集（EI检索）正式发表，优秀稿件将推荐到SCI期刊和EI期刊发表。本届大会组委会将评选优秀青年论文奖，获奖作者颁发荣誉证书和奖励。

组织机构

美国工程院

俄罗斯工程院

德国工程院

瑞典皇家工程院

美国麻省理工学院

德国夫琅禾费研究所

中国光学工程学会（CSOE）

国际光学工程学会（SPIE）

韩国光学学会 (OSK)

日本光学学会 (OSJ)

新加坡光学学会 (OPSS)

电子科技大学

天津大学

北京空间机电研究所

微光夜视技术重点实验室

光电信息控制和安全技术重点实验室

张广军（中国工程院）

Byoungho Lee (Seoul National University, Korea)

征文议题

议题方向：

• Novel solid state laser

  ①High energy and high power solid-state laser

  ②Ultrafast laser and ultra-short pulse laser

  ③Narrow linewidth laser

  ④Microcavity laser

  ⑤Laser frequency conversion and tuning technology

  ⑥Beam combination technology

  ⑦New laser crystals and materials

• Special wavelength fiber laser

  ①Mid-infrared fiber laser

  ②Tm/Ho fiber laser

  ③Green light fiber laser

  ④New style or new material fiber laser

  ⑤Supercontinuum laser

  ⑥Photonic crystal fiber laser

• Semiconductor laser technology

  ①Laser nonlinear dynamic physics

  ②Characterization and control of dynamic behavior of semiconductor lasers

  ③Microwave signal generation and processing based on laser dynamics

  ④Chaotic semiconductor lasers and chaotic communication applications

  ⑤Dynamic characteristics of high speed semiconductor lasers

  ⑥Dynamic behavior of novel semiconductor lasers, including quantum dots, quantum cascades, inter band cascades, topology and so on

  ⑦New applications of laser dynamics

议题方向：

• Laser cleaning

  ①Laser light source for laser cleaning

  ②Optical transmission and shaping in laser cleaning

  ③Intelligent control of laser cleaning process

  ④Laser cleaning effect monitoring

  ⑤Laser cleaning mechanism

  ⑥Specific application of laser cleaning

• Ultrafast Laser Micro Nano Processing

  ①Ultrafast Laser Field Manipulation and Application

  ②Multidimensional Light Filed Control

  ③New Principle and Method of Laser Micro/Nano Fabrication

  ④Principles of Plasmonic Light-field Enhancement and Control

  ⑤Efficient Manufacturing of Hard and Brittle Materials

  ⑥Laser Fine Manufacturing Technology and Equipment

  ⑦Two-photon Polymerization Microfabrication

议题方向：

• Laser detection and information processing

  ①Laser interferoemetry

  ②Laser range finding

  ③LIDAR

  ④Laser spectral detection 

  ⑤Speckle measurement

  ⑥3D vision measurement

  ⑦Laser-based imaging and processing

• Laser communication

  ①Far-infrared long-wave laser communication

  ②Ground-to-air airborne and satellite link laser communication    

  ③Vortex Optical Communication  

  ④Underwater Laser Communication

Laser field control and beam control /激光光场调控和光束控制

议题方向：

• Polarized light field

  ①Formation mechanism of polarized light field

  ②Description of polarized light field characteristics

  ③Polarized light field simulation

  ④Polarized light field detection method

  ⑤Application of polarized light field

• Novel Light Manipulation, Propagation and Application

  ①Novel structured light manipulation technology

  ②Structured light propagation and beam control

  ③Metasurface for light manipulation and application

  ④Light manipulation in nonlinear optics

  ⑤Structured light in imaging, sensing and communication

  ⑥Structured light in quantum optics and quantum information

  ⑦Other related technologies

• Generation and regulation of novel light field

  ①Structured beams: Generation, manipulation and applications:

  ②Generation of structured beams

  ③Optical vortex lasers

  ④Surface plasmon polaritons (SPPs) vortices

  ⑤Vector vortex beams

  ⑥Ultrashort vortex pulses

  ⑦Manipulation of orbital angular momentum

  ⑧Applications of structured beams

议题方向：

• Terahertz radiation technology

• Terahertz detection and detection technology

• Terahertz transmission technology

• Terahertz regulation technology

• Terahertz interaction with matter

• Terahertz wireless communication

• Terahertz imaging

• Terahertz spectroscopy

• Terahertz interdisciplinary research

• Other related technologies

Infrared Devices and Infrared Detection Technology / 红外器件与红外探测技术

议题方向：

• Novel infrared and photo-electronic materials and manufacturing

• Advances in shortwave, mid-wave and long-wave infrared detectors and FPAs

• Novel infrared detector and technology

• Controlling and integration of refrigerator

• Infrared devices and microsystem

• Infrared optical materials and manufacturing

• Advanced Infrared optical system

• Infrared detection and recognition 

• Novel combination of active and passive optical sensing

• Space remote sensing and spectral imaging

• Novel imaging reconnaissance and early warning

• Low level light devices and applications

• Information acquisition and signal processing technologies

• Testing and evaluation of infrared imaging and detecting system

• Industrial, public security, mechanical and other applications

• Machine Vision and Internet of things and other applications

• Machine Vision and automatic driving and other applications

• Other related technologies

议题方向：

• Semiconductor lasers and LEDs

• Light detection and devices

• Silicon Photonics

• New material platform for optoelectronics

• Optoelectronic integration

• Other related technologies

Nano Photonics / 纳米光子学

议题方向：

• Nanostructures, nanomaterials, 

  and their fundamental properties

• Optoelectronic materials and devices

• Micro/nano manufacturing and metrology

• Plasmonics and meta-materials

• Applications of nano photonics

• Other related technologies

Display Technology and Optical Storage / 先进显示技术与光存储

议题方向：

• Laser display

• Laser and light sources

• OLED

• Optical memories for big data storage

• Display technology and process

• Optical components

• Imaging technologies and devices

• Image quality and human vision

• Holographic storage and 3D displays technology

• liquid Crystal display

• QLED

• TFT-LCD

• Mini LED

• Electronic paper display

• Micro- LED displays

• Emerging techniques

Optical Display and Sensing in Augmented, Virtual, and Mixed Reality (AR, VR, MR) /增强、虚拟和混合现实（AR、VR、MR）中的光显示和光传感

议题方向：

• VR/AR/MR Input Devices

• Touch and Interactive Displa

• Tracking and Sensing

• Near-eye displays

• Naked eye 3D displays

• helmet mounted display

• Vehicle Display

• VR/AR/MR Computer Graphics

• Distributed VR/AR/MR

Optical Spectroscopy and Imaging / 光谱仪与光谱成像

议题方向：

• Sensor design, development, and characterization

• Performance evaluation and calibration of sensors and systems

• Atmospheric modeling, compensation and application in environment monitoring

• Spectral technologies and application in deep space and astronomy exploration

• Target detection, classification and characterization method based on multi/hyperspectral imaging technology

• Other related technologies

Optical Sensing and Imaging Technology / 光电探测与成像技术 

议题方向：

• Ultra-violet, visible and infrared sensing and imaging

• Millimeter, sub-millimeter, and far-infrared detectors and instrumentation

• Novel lidar technology 

• Environment characteristics of target and atmospheric transmission

• Ocean optics and detection technology

• Combination of active and passive optical sensing

• Machine vision, automatic target detection, image processing & analysis

• Other related technologies

Novel Optical Design / 新体制光学设计

议题方向：

• Current Developments in Lens Design

• Novel Optical Systems, Methods, and Applications

• Polymer Optics and Molded Glass Optics: Design, Fabrication, and Materials

• Optical Modeling and Performance Predictions

• Reflection, Scattering, and Diffraction from Surfaces

• Laser Beam Shaping

• Nonimaging Optics: Efficient Design for Illumination and Solar Concentration

• Other related technologies

Optics Ultra Precision Manufacturing and Testing / 超精密光学加工与检测技术

议题方向：

• Ultra-precision cutting technology

• Abrasive machining process

• Optical and laser machining technology

• Assist ultra-precision machining approaches

• Measurement and characterization of complex geometries

• Measurement of surface integrity and defects

• Inspection of subsurface damage and material property

• Sensors and uncertainties

• Ultra-precision system integration and equipment development

• Frontiers in ultra-precision and green manufacturing technology

• Other related technologies

议题方向：

• Quantum Computation and Simulation

• Quantum Communication, Quantum Cryprography

• Quantum Metrology, Quantum Sensing

• Quantum Networks, Memory and Repeaters

• Quantum Error Correction

• Quantum Control and Engineering

• Quantum Imaging

• Quantum Information Theory

• Quantum Information Applications in NISQ

• Other related technologies

Micro-optics and MOEMS / 微光学与微光机电系统

议题方向：

• Advanced Fabrication Technologies for Micro/Nano Optics and Photonics

• MOEMS and Miniaturized Systems

• Emerging Digital Micromirror Device Based Systems and Applications

• Microfluidics, BioMEMS, and Medical Microsystems

• Adaptive Optics and Wavefront Control for Biological Systems

Biomedical Optics / 生物医学光子学

议题方向：

• Biomedical optics components, products, instrumentation, and applications

• Molecular imaging

• Therapeutic lasers

• Nano/biophotonics

• Biosensors

• Spectroscopic/microscopic imaging

• Other related technologies

Atmospheric and Environmental Optics / 大气与环境光学

议题方向：

• Atmospheric optical characteristics (atmospheric optical model and prediction, atmospheric turbulence optical characteristics, cloud and sky background radiation characteristics, etc.)

• Astronomical optical observation and site selection (methods, instruments and equipment, data analysis, etc.)

• Atmospheric optical remote sensing (LIDAR atmospheric detection technology, ocean optical remote sensing technology, atmospheric environment monitoring technology, etc.)

• Target detection technology in the atmosphere (novel active and passive detection, computational imaging, single photon detection, composite detection, etc.)

• High-resolution imaging technology in turbulent atmosphere

• Atmospheric transmission and correction technology of laser emission

• Laser beam quality control and coherent synthesis technology

• Other related technologies

议题方向：

• Optical communications and networking

• Big data in optical communications and networking

• Optical and Photonic Metrology

• Quantum Optics, Atomic Physics and Quantum Information

• Submarine optical cable and communication, Ocean observation and remote sensing, Ocean engineering

• Micro and Nanophotonics, and Light Trapping

• Optical Communication Systems and Networks

• Information security, optical information security

• Optical fiber and optical cable

• Optical Fiber and Waveguide Technologies

• Semiconductor and Integrated Optical Devices

• Silicon Photonics

• Optical Signal Processing

• Other related technologies

天文多波段探测新技术及仪器 

议题方向：

• High-resolution spectroscopy and high-contrast imaging for astronomy

• Millimeter, sub-millimeter, and far-infrared detectors and instrumentation for astronomy

• High Energy, Optical, and infrared detectors and instrumentation for astronomy

• Specialty optical fibers for astronomy

• Advances in optical and mechanical technologies for telescopes and instrumentation

  ①Atmospheric compensation

  ②Materials, Manufacturing, Test and Metrology

  ③Coatings, Filters and Gratings 

• Application of micro-/nanophotonics in astronomy

议题方向：

• Theories and technologies of artificial intelligence

  ①Learning theory

  ②Active learning

  ③Online learning

  ④Distributed AI

  ⑤Reinforcement learning

  ⑥Cost-Sensitive learning

  ⑦Evolutionary computation

  ⑧Transfer, adaptation, multi-task learning

  ⑨Semi-supervised/unsupervised learning

  ⑩Structured learning

  ?Other related technologies

• Applications of artificial intelligence in optics and photonics

  ①Computational imaging with deep neural networks

  ②Artificial intelligence based optical sensing, and display

  ③Learning based optical signal processing

  ④Optical system design by machine learning

  ⑤Free space optical neural networks for classification

  ⑥Integrated photonics for artificial neural computing

  ⑦Photonic neuromorphic computing

  ⑧Machine-learning-based digital holography

  ⑨Optical neuron networks

发表须知

• 会议论文由SPIE正式出版，EI核心收录。作者请登陆投稿网站先提交英文摘要（不少于500单词），大会学术委员会审查后，组委会用邮件给作者发录用通知。录用通知根据提交摘要的前后顺序发放。

• 评审为优秀的摘要，作者可按照组委会规定重新提交论文全文（中英文均可），组委会协助推荐到指定SCI期刊或EI期刊复审。

英文摘要截稿日期：

2022年5月20日（第二轮）

英文摘要投递网址：

https://b2b.csoe.org.cn/

submission/aopc2022.html

会议日程