The United Nations has officially declared 2025 "the Year of Quantum Science and Technology." At present, quantum technology is standing at the critical point from the laboratory to industrialization, and 2025 will be a key year to determine whether it can achieve large-scale application. Since the 21st century, quantum technology has become the strategic highland of global science and technology competition, and its disruptive potential is reshaping the future pattern of computing, communication, measurement and other fields. Quantum technology has rapidly moved from basic research to industrial application and become the core battlefield of global scientific and technological competition. Quantum computing, quantum communication and quantum precision measurement, as the three pillars of quantum technology, are driving revolutionary changes in information technology, national security, medical health, financial technology and other fields. Governments, scientific research institutions and high-tech enterprises have increased investment to seize the commanding heights of quantum technology.

Looking back to 2024, quantum computing is already in full bloom. The five technological routes of superconductivity, neutral atoms, ion traps, silicon-based, and optical quantum are all advancing rapidly, and the demonstration of distributed quantum computing at the city level has also achieved important breakthroughs. Algorithms such as quantum computing, machine learning, and quantum chemical simulation are also being optimized, and with their parallel computing capabilities, they are expected to achieve exponential acceleration in areas such as code-breaking, drug design, and climate simulation. At the same time, quantum communication uses quantum non-clonability to achieve unconditional and secure information transmission, which has become a key technology in the field of national security and finance. Many countries have carried out research on quantum storage and relay technology, and achieved certain results: for example, the Chinese "Micius" satellite has realized intercontinental quantum key distribution, and the European "Quantum Internet Alliance" has promoted the construction of ground fiber networks, etc., jointly laying the foundation for the future quantum Internet. Quantum precision measurement is constantly breaking the classical limit and enabling high-precision applications. Quantum precision measurement uses the properties of quantum entanglement and compressed state to improve the measurement accuracy to a level beyond the reach of classical technology, and has great application potential in many fields including military, aerospace and communication.

In this context, the "2025 International Quantum Technology Scientific Frontier Forum" will be held in Shenzhen International Convention and Exhibition Center (Bao 'an) on September 11, 2025. The site will cover hot topics such as quantum communication, quantum computing, and quantum precision measurement, bringing together the world's top scientists, industry leaders, and enterprise technology executives to discuss the latest achievements, key issues, and development paths of quantum science and technology. Jointly promote quantum technology from the laboratory to large-scale application, enabling human society to move into a new era of intelligence.

Organizer

China International Optoelectronic Exposition 

Host

Quantum Internet Industry Alliance

Cooperation

Physical Society of Hong Kong (PSHK)                 City University of Hong Kong (CityU)                      Quantum Science Center of Guangdong-Hongkong-Macao Greater Bay Area           Shenzhen Optics & Optoelectronics Industry Association (SZOOIA) 

Media Partner

Quantum Observer