Intelligent Computing Drives the Future | Opu Tiancheng Debuts at the 2025 World Computing Conference, Showcasing the Latest Achievements in Quantum Source Detection

On November 20th, the 2025 World Computing Conference was grandly opened in Changsha, Hunan Province with the theme of "Computing Everything for the Future - Intelligent Computing Driving New Quality Productivity". As an important indicator of the global computing industry, this conference brings together renowned academicians, experts, and industry leaders from fields such as computer science, artificial intelligence, quantum technology, mathematical basic research, and industrial applications to explore the cutting-edge trends and future development paths of computing technology.

The special event of the conference, "Integration and Progress of Quantum Computing and Frontier Computing - Mathematical Foundation Building and Intelligent Computing Empowerment," was held simultaneously, with the main theme of "Cross referencing&Leading, Integration and Progress," focusing on topics such as breakthroughs in quantum computing technology, mathematical empowerment of intelligent computing, and innovative ecological construction, providing important ideas for promoting the sustainable development of the computing industry.

Accelerating the development of quantum technology through multimodal spectroscopy technology

At the special event, Dr. Liu Hongfei, academician of the Russian Academy of Natural Sciences and co-founder of Opu Tiancheng, and Professor were invited to give a keynote speech on "Development and Application of Multimodal Laser Spectral Probes for Emerging Quantum Source Technologies". He pointed out that precise detection of quantum source performance is the key to the development of quantum technology.

Dr. Liu Hongfei led the Aopu Tiancheng team to successfully develop a laser spectroscopic detection probe that integrates wide field fluorescence, photoluminescence, Raman spectroscopy, and single photon detection, achieving an integrated and rapid detection of "positioning screening judgment". By adopting core technologies such as line scanning confocal microscopy, dual cylindrical mirror homogenized laser, and spectral imaging of toroidal and free-form surfaces, the imaging speed of this device has been increased by more than 400 times compared to traditional instruments. It has been successfully applied in fields such as quantum dots, two-dimensional material preparation, and quantum chip manufacturing, breaking the monopoly of high-end instruments abroad and is expected to generate significant economic and social benefits.

Computing touches new life scenarios: advanced technology accelerates towards the masses

In an interview with the media, Academician Liu Hongfei said, "We look forward to advanced technologies in the field of quantum sensors and other computing entering ordinary people's homes as soon as possible. In the next five years, industrial products in the field of quantum sensors and other computing will be widely used in the market.

With the accelerated upgrading of computing infrastructure, from quantum computing, artificial intelligence to high-precision spectral detection technology, it will bring a qualitative change experience to more new scenarios such as medical health, intelligent manufacturing, agriculture, energy and environmental monitoring, allowing cutting-edge technology to truly touch people's lives.

Aopu Tiancheng will continue to deepen its cultivation of advanced spectral detection technology, assist in the innovative application of the computing industry, and bring smarter, safer, and higher quality technological experiences to people's lives.

Spectral Perception Computing for the Future

From spectral detection to quantum measurement, from basic scientific research to industrial applications, Aopu Tiancheng is injecting new innovative momentum into the world computing industry with its "spectrum+intelligent computing" technology system.

In the future, we will continue to work together with domestic and foreign experts, research institutions, and industry partners to promote the integration and innovation of quantum technology and intelligent computing, allowing more "seemingly distant" cutting-edge technologies to truly enter the industry and life.