It is learned that Origin Quantum, Hefei Comprehensive National Science Center Artificial Intelligence Research Institute and other institutions have jointly tackled the problem and achieved the world’s first operation of a billion-parameter AI large model fine-tuning task on the real machine of China’s third-generation autonomous superconducting quantum computer “Origin Quantum”.
Quantum computing welcomes a breakthrough
In fact, fine-tuning refers to further training specific field data on the basis of a general large model, and quantum computing can explore a large number of parameter combinations at the same time with its superposition and entanglement characteristics, which can improve the efficiency of large model fine-tuning.
According to reports, “Origin Quantum” is currently my country’s advanced programmable and delivered superconducting quantum computer. It has provided quantum computing cloud services to more than 23 million people in 139 countries around the world and completed 350,000 quantum computing tasks, covering multiple industries such as fluid dynamics, finance, and biomedicine.
The results of this experiment show that under the premise of reducing the number of parameters by 76%, the training effect is improved by 8.4%. This achievement not only verifies the feasibility of quantum computing to help achieve lightweight large models, but also opens up a new path to solve the “computing anxiety” of large models.
It has to be said that quantum computing, as a disruptive technology that breaks through the boundaries of human cognition, is becoming a new solution to problems. It can quickly improve processing power and be used to solve particularly difficult problems, such as accurately simulating the effects of drugs on the human body or extremely complex calculations required to predict extreme weather events.
The quantum technology industry continues to catalyze
Since last year, quantum computing has been rapidly moving from theoretical research to practical applications, and has made significant progress in quantum error correction capabilities, the number of quantum bits, and the performance of quantum chips. For example, Google (GOOG) has achieved a milestone in quantum error correction, and the new generation of quantum processing units (QPUs) have performed well in repairing errors.
In addition, Nvidia (NVDA) has become the focus of its first “Quantum Day” event at the annual technology event GTC 2025. NVIDIA, together with IonQ, D-Wave and other leading companies, discussed quantum hardware, algorithms and commercialization paths, and demonstrated the latest progress in the next generation of Blackwell chips and quantum computing.
In this regard, Shanghai Securities believes that quantum computing has become the core area of technological competition among major countries. Overseas technology giants such as Google have continued to make breakthroughs in superconducting routes. In addition, China occupies an important position in the exploration of multiple paths in quantum computing. The global quantum computing industry has great development potential.
WiMi helps the development of the quantum communication industry
Public information shows that Wimi Hologram Cloud Inc., as a quantum communication technology service provider, has obvious technical advantages in the field of quantum computing. Its products include research and development and results transformation in quantum communication network technology, quantum systems, quantum chip material structure and process, and at the same time, it has the potential for cross-innovation with quantum communication at the level of optics, data processing and visualization, accelerating the further development of the quantum computing industry.
In order to break through the bottleneck of research and development, WiMi and MicroAlgo jointly established the Micro-Consciousness Quantum Science Research Center to create a core gathering place for the quantum information industry and accelerate the transformation of basic research into applications. Looking ahead, WiMi will optimize quantum error correction technology through AI algorithms, improve the stability and anti-interference ability of communication networks, and form two-way technology empowerment, which will play a significant role in promoting the standardization of quantum computing technology and the coordinated development of the industrial chain.
Conclusion
The quantum industry is in the stage of preparing to start, and will usher in greater development opportunities in the future. However, in the frontier field of quantum, there are too many difficulties to overcome, and the technology to overcome difficulties can become the result of continuous external spillover during the development process. The industry predicts that the integration of quantum computing and artificial intelligence may bring new market opportunities and create opportunities for companies that can develop applications that combine these technologies to enhance security solutions. So, wait and see.
