Preview of the 2022 World Photonics Congress Beijing Exhibition

Full name of the exhibition: 

2022 World Photonics Congress and the 11th International Conference on Applied Optics and Photonics Technology (Photonics China 2022)

Held time: 

Originally planned to be held offline, it was eventually held online from December 18th to 19th, 2022

Original planned location: 

Beijing (National Convention Center / Yicong International Exhibition Center)

Organizers: 

Chinese Society of Optics and Electronics (CSOE), The International Society for Optics and Photonics (SPIE), Russian Academy of Engineering, and many other international research institutions and universities

Exhibition positioning: 

A high-level academic event in the global photonics field, focusing on the integration of multiple disciplines, and building an international top-level platform for the integration of industry, academia, research, and application

I. Exhibition Overview

Due to the pandemic, this conference was adjusted to be held online, attracting over 30,000 people worldwide to watch simultaneously. It gathered top academicians, research experts, and business elites from both domestic and international. 

The conference was characterized by "advanced, innovative, and interdisciplinary", covering multiple cutting-edge fields such as optics and photonics, microelectronics, and intelligent perception. It showcased the latest research results and industrial application directions of photonics technology, providing a borderless opportunity for technical exchange and cooperation for global industry peers.

II. Core Exhibits and Topic Directions

Laser Technology Field: 

Advanced laser materials and technologies, fiber laser applications, ultrafast laser micro-nano processing, laser communication and detection systems

Optoelectronics and Integration Field: 

Optoelectronics and nanophotonics, silicon photonics, optoelectronic microsystem technologies, new types of optical fiber devices

Imaging and Sensing Field: 

Optoelectronic detection, spectral imaging technology, new optical design systems, application of artificial intelligence in optics

Cross-disciplinary Application Field: 

Biomedical photonics, microwave photonics, military-civilian integrated photonics technology, self-reliant and alternative innovative achievements

III. Key Concurrent Activities

Keynote Reports Led by Academicians: 

Inviting Chinese and foreign academicians to share cutting-edge achievements such as pixel cameras, new photomultiplier tubes, and nano-imaging technologies

11 Specialized Report Sessions: 

Covering popular directions such as laser technology, optical communication, and optoelectronic imaging, with hundreds of experts delivering high-level academic presentations

Release of Authoritative Awards: 

Awarding the China Optics and Electronics Society Science and Technology Innovation Award, "Golden Soldering Iron Award" China Optoelectronic Instrument Brand List, and other important awards

Collecting high-quality academic

Paper Exchange and Display:  papers from home and abroad, setting up oral presentation and poster exchange sessions to promote the dissemination of research results

IV. Exhibition Highlights

Strong international lineup: 

Jointly organized by multiple national academies of engineering and international societies, led by Chinese and foreign academicians, with a global academic perspective

Top academic level: 

Focusing on breakthroughs in core technologies in the photonics field, showcasing the latest research progress and innovation trends in the industry

Convenient online participation: 

Breaking through time and space limitations, enabling efficient connection and in-depth communication among global industry peers

Deep integration of industry, academia, research, and application: 

Building a bridge for cooperation between research institutions and enterprises, promoting the transformation of technological achievements and industrial upgrading

V. Key Participating Institutions

Research Institutes: 

Various optical research institutes of the Chinese Academy of Sciences, Beihang University, Tsinghua University, Tianjin University, etc.

Enterprise Representatives: 

Leading enterprises in the photonics field such as AVIC Kaimai and Changguang Daji, covering the laser, infrared, and optoelectronic detection industries

International Institutions: 

Overseas top universities and research institutions such as the University of Arizona in the United States, the University of Ottawa in Canada, and the Singapore Academy of Engineering