It is reported that on May 6, China’s fourth-generation independent quantum computing measurement and control system “Benyuan Tianji 4.0” was launched, marking that the quantum computing industry has the ability to replicate and iterate engineering production, laying the industrial foundation for the mass production of 100-bit quantum computers.
“Benyuan Tianji 4.0” officially released
According to the Benyuan Quantum team, through a series of underlying software and hardware architectures that are completely independently developed, the efficient control and accurate reading of quantum chips can be further enhanced, greatly shortening the development and delivery time of quantum computers.
In addition, “Benyuan Tianji 4.0” is also equipped with four core software – quantum computing measurement and control system server management software Naga&Venus, superconducting quantum bit underlying control service software Monster, full-interface quantum chip control and analysis application software Visage, and quantum computer operating system connection software Storm, which will rewrite the traditional mode of superconducting quantum chip debugging.
Frequent progress in quantum computing
Coincidentally, recently, researchers at the Massachusetts Institute of Technology achieved strong nonlinear light-matter coupling through quartz couplers in superconducting circuits, demonstrating significant progress in the field of quantum computing.
The team said that this breakthrough uses a new device to enhance the interaction between quantum bits and photons, which is expected to achieve unprecedented quantum computing and readout speeds – 10 times faster than previous methods. The enhanced coupling strength is crucial to overcoming the current limitations of quantum computing and paving the way for the realization of fault-tolerant systems capable of reliable large-scale computing.
Today, quantum computing has become one of the focuses of scientific and technological competition among major countries. Quantum computing, hailed as a revolution in the next generation of computing technology, uses the superposition and entanglement states unique to quantum mechanics, and can theoretically complete problems that traditional supercomputers take thousands of years to solve in a few seconds.
Industry insiders further indicate that quantum computing has the potential to revolutionize fields such as materials science and artificial intelligence, or simulate complex materials, or accelerate machine learning models, far beyond today’s capabilities. In addition, research related to quantum computing is becoming the focus of technology giants and investors looking for the next technology that can rival the artificial intelligence boom.
Not long ago, at the “Quantum Day” event of the GTC Technology Summit, chip giant Nvidia (NVDA) also bet on quantum technology. CEO Huang Renxun talked about setting up an accelerated quantum research center in Boston and planning to cooperate with scientists from Harvard University and MIT, as well as quantum companies such as Quantinuum.
WiMi builds a solid foundation and empowers quantum industry integration
Indeed, quantum computing is becoming the next technological commanding height in the global competition. Public information shows that quantum technology company Wimi Hologram Cloud Inc (WIMI) has built a solid R&D and industrialization foundation in the field of quantum technology through technological innovation and industrial collaboration in recent years. At the same time, it has explored commercialization paths and is expected to promote the deep integration of quantum technology with multiple fields.
Currently, WiMi has established the “Micro-Consciousness Quantum Research Center”, focusing on the transformation of quantum computing, communications and precision measurement into applications. Through the center, WiMi has developed a digital quantum coprocessor based on FPGA, breaking through the limitations of traditional quantum hardware, exploring the two-way empowerment of AI algorithms and quantum error correction technology, integrating quantum computing and AI computing power networks, building an “AI+quantum+innovation” ecosystem, accelerating the foundation of the quantum industry, and accelerating the release of new quality productivity through cross-domain integration.
Ending
At present, the mystery of quantum technology is being unveiled. In the global competition for quantum technology, relevant experts said that China is also making continuous progress in related fields, publishing breakthrough research results, filling the gaps in key technologies in the quantum field, and deeply empowering finance, biomedicine, fluid dynamics and other fields. However, the current hardware level of quantum computing cannot reflect quantum advantages in problems with practical value, so it is still some distance away from large-scale commercial use.
