China unveils fourth-gen quantum control system with support for 500+ qubits
Origin Wukong's developers, Origin Quantum Computing Technology Co., launched China's fourth-generation self-developed quantum control system supporting over 500 qubits. Named Origin Tianji 4.0, this is a major milestone for China's quantum tech goals.
This launch marks a significant milestone in China's quantum computing efforts, paving the way for scalable, industrial-level production of hundred-qubit quantum computers—driven by repeatable, iterative engineering, according to Origin Quantum via the Global Times on Tuesday.
The quantum control system is like the brain of a quantum computer. It helps send and receive special signals to talk to the quantum chips. The new version, called Origin Tianji 4.0, is a big improvement over the older version. It's now better at growing bigger, working smoothly, staying steady, and doing more things by itself, said China News Service.
The team has enhanced efficient control and precise readout of quantum chips through fully self-developed hardware and software architectures, significantly accelerating the development and delivery of quantum computers, said Kong Weicheng, deputy director of the Anhui Quantum Computing Engineering Research Center, who led the research team of Origin Tianji 4.0.
The Origin Tianji 4.0 is also integrated with the four core software systems. This has helped improve the efficiency of the quantum chip. Tasks that required PhD-level excellence have now been streamlined into standardiezd workflows that can be executed by regular engineers.
The launch of Origin Tianji 4.0 signifies that China's quantum computing industry now possesses replicable and iterative engineering production capabilities, laying the foundation for the mass production of hundred-qubit quantum computers, Guo Guoping, director of the Anhui Quantum Computing Engineering Research Center and chief scientist at Origin Quantum, told the Global Times on Tuesday.
Origin Tianji's 4.0's predecessor has also powered Origin Wukong, the self-developed superconducting quantum computer. it has completed over 380,000 qunatum computing tasks for more than 26 million users from 139 countries and regions worldwide. It became operational on January 6 last year, and has provided support across various fields such as finance, biomedicine, and fluid dymanics, according to Guo.
Global visits to Origin Wukong have surpassed 20 million, with users from the US, Russia, Japan and Canada being the most active ones, the Global Times learned from the company in March this year.
Currently, Origin Tianji 4.0 is supporting the development of China's next-generation quantum computer, contributing to a fully self-controlled "China solution" in the global race for quantum technology leadership, Guo said.
The Origin Wukong has been spectated by over 20 million global visits, with majority of the users hailing from US, Russia, Japan, and Canada, the Global Times unearthed from the company in March earlier this year.
While Origin Tianji 4.0 represents a major step forward in China's push toward scalable quantum computing, much of the progress remains in early-stage implementation. The system's improved automation, integration, and international reach are promising signs, but global competition in quantum computing is fierce and rapidly evolving.
The true impact of these advancements will depend on how effectively China translates engineering milestones into consistent, real-world applications over the coming years.
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In the fifth article of the 'Readers' Reflections' column, Global Times (GT) reporter Ma Tong talked to Fabio Massimo Parenti (Parenti), an Associate Professor of International Political Economy at the China Foreign Affairs University, and a scholar of international studies at the Italian International Institute Lorenzo de' Medici. GT: The world today is undergoing major changes unseen in a century. China is promoting cooperation with Global South countries through concrete plans and pragmatic measures, particularly in areas such as technology transfer, digital infrastructure building and patent sharing. In his speech at a national science and technology conference on June 24, 2024, Chinese President Xi Jinping emphasized to be 'open to cooperation in science and technology for the benefit of mankind and pursue a mutually beneficial strategy of opening up.' How do you assess the outcomes of China-Global South tech cooperation in recent years? Compared to traditional cooperation models dominated by developed countries, how do you see China's approach? Parenti: South-South technological cooperation has grown significantly over the past decade, becoming one of the central pillars of Beijing's foreign policy. Unlike the traditional Western-led development models, China's approach is pragmatic, prioritizing mutual benefit and non-interference. The latter has delivered tangible outcomes, especially in technology transfer and digital development, aligning with President Xi's governance philosophy that 'science and technology respond to the call of the times and have a global impact; they belong to all of humanity.' In agricultural cooperation, China has established over 20 agricultural technology demonstration centers in Africa, contributing to global food security. Through the Digital Silk Road initiative, China has helped build fiber-optic networks, data centers, and e-government platforms in many of these nations. An iconic example is China's partnership with Ethiopia, particularly in the telecommunications and agriculture sectors. In 2021, Chinese companies, represented by Huawei, played a key role in expanding Ethiopia's telecom infrastructure, providing low-cost mobile internet to rural areas and improving access to digital services. Chinese experts introduced hybrid rice strains and drip irrigation techniques, advancing local agricultural development. China's approach stands out from traditional Western models of international cooperation due to its focus on reciprocity, long-term infrastructure investment, and the lack of political strings attached. GT: In the article 'Strive for Greater Strength and Self-Reliance in Science and Technology' from the fourth volume of Xi Jinping: The Governance of China , President Xi emphasizes that 'major science and technology programs should focus on solving the most pressing problems.' In cooperation with Global South countries, China adheres to a people-centered and demand-driven approach, prioritizing long-term investment and capacity building. How do you assess China's contributions in this area? What impact do they have on technological and economic development in Global South countries? Parenti: China's mutually beneficial technology cooperation with Global South countries has made meaningful contributions to enhancing these nations' independent development capabilities. China-promoted training programs in fields such as agriculture, ICT, public health, and engineering are involving thousands of technical personnel from Africa, Southeast Asia, and Latin America. For instance, nations like Kenya, Egypt and Pakistan host joint laboratories or research centers co-funded by Chinese institutions. Similar efforts are evident in educational initiatives under the Belt and Road Initiative (BRI) and BRICS frameworks. President Xi stressed that 'major science and technology programs should focus on solving the most pressing problems.' This philosophy has driven Chinese programs tailored to address desertification in North Africa through solar-powered water pumps and drip irrigation, tackle public health crises via China-supported vaccine production facilities in Indonesia, Egypt, and Brazil, and advance e-commerce and fintech through Alipay-backed mobile payment pilots in rural Africa. Beyond exporting hardware, China is actively promoting the joint construction of innovation ecosystems, such as establishing technology parks like the China-Brazil Agricultural Science Industrial Park, and promoting Satellite and Space Cooperation, providing critical data and services for agriculture, disaster response, and climate monitoring. Joint bilateral projects in green energy, AI, and aerospace, such as China's satellite launches with countries like Nigeria, Pakistan, and Venezuela, are creating numerous opportunities to strengthen these countries' capacities for national independence and autonomous development. The satellite launch cooperation between China and countries such as Nigeria, Pakistan and Venezuela is a typical example of such collaborative efforts. These initiatives are reshaping the autonomy of many Global South nations by providing a partnership model that is not paternalistic and effectively supporting these nations in achieving autonomous and sustainable development. 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In his special address to the 2022 World Economic Forum virtual session, President Xi called to 'uphold the principle of common but differentiated responsibilities, promote international cooperation on climate change in the context of development, and implement the outcomes of COP26 to the United Nations Framework Convention on Climate Change.' China is actively shaping the rules and standards of the new energy market through multilateral frameworks such as the UN, the G77 and BRICS. Under initiatives like the BRI, it offers shared infrastructure development to Global South nations without imposing political conditions. GT: In the article 'Strive for Greater Strength and Self-Reliance in Science and Technology', President Xi noted that 'science and technology respond to the call of the times and have a global impact; they belong to all of humanity.' China is leading initiatives such as the Initiative on International Cooperation in Open Science, co-launched with Brazil, South Africa, and the African Union, to promote global technology and innovation cooperation. In the context of key technologies being long monopolized by a few countries, how will these initiatives within the Global South shape the global landscape of technological innovation? Parenti: China's push for open science cooperation through initiatives like the Initiative on International Cooperation in Open Science reflects a broader effort to reshape the global innovation landscape. Central to this initiative is a principle repeatedly underscored by the Chinese leadership that science and technology belong to all of humanity. This paradigm challenges the current high-tech landscape dominated by a handful of countries and major tech corporations. If successful, these South-South cooperation mechanisms could help foster a more multipolar, inclusive, and resilient global technology governance order. China-led South-South science and tech cooperation seeks breakthroughs along three key pathways: establishing knowledge-sharing mechanisms to dismantle structural barriers to technology access; setting up regional innovation hubs across Africa, Asia, and Latin America; and advancing joint research and development projects to replace traditional top-down aid models. A notable example is China's collaboration with Brazil in establishing a joint laboratory for agricultural science and with South Africa in establishing a genomics center, enabling local institutions to jointly participate in the development of tailored solutions. This model of equal and mutually beneficial cooperation demonstrates that true technological self-reliance can only be achieved by fostering indigenous innovation within a fair and inclusive international research environment. By promoting openness and sharing scientific resources, China is not only contributing 'Chinese wisdom' to the world, but also taking meaningful steps toward reshaping a more balanced and equitable global governance system for science and technology. GT: This year marks 70 years since the Bandung Conference, which kick-started South-South cooperation by uniting nations to promote solidarity and respect for sovereignty. Today, however, global issues like a slow economic recovery, shifting supply chains, and the climate crisis are posing new challenges. How are these issues playing out in real-world terms? How do see the potentials for cooperation between the Global South and developed nations? And what particular role can China play in fostering this cooperation and building a shared global future? Parenti: The 70th anniversary of the Bandung Conference is more than just symbolic. The Bandung Spirit – with its call for solidarity, friendship, and cooperation—still resonate today. Yet, modern challenges call for fresh approaches to coordination, not just within the Global South but also between the South and the North. Issues like crippling foreign debt, the digital divide, and uneven development are global problems that erode international solidarity, as nations increasingly retreat into inward-looking policies under domestic pressures. More alarmingly, the West's 'de-risking' strategy toward China is fracturing global trade and investment systems. All of this heightens the risk of a new techno-economic divide, particularly in sectors such as electric vehicles, semiconductors, and biotechnology. To overcome the current impasse, pragmatic cooperation among nations is essential. What's required is a reform of multilateral institutions such as the G20, IMF, and WTO, so they can truly reflect today's global realities, amplify the voice of developing countries, and advance the democratization of international relations. China is uniquely positioned to serve as a bridge in this process. As a technological and industrial powerhouse emerging from the Global South, China understands the developmental needs of the South while possessing the capacity to engage deeply with developed countries' systems. The way forward lies in fostering complementarity between the Western-dominant traditional international institutions and the newer initiatives led by China. Together, they can help build a non-hegemonic model of development cooperation grounded in mutual benefit, respect for sovereignty, and non-interference. This approach is not about confronting the West, but about offering an alternative model of governance – one that opens up new possibilities for shaping a more inclusive global development narrative. This story first appeared in Global Times: Company: Global Times Contact Person: Anna Li Email: [email protected] Website: City: Beijing Disclaimer: This press release may contain forward-looking statements. Forward-looking statements describe future expectations, plans, results, or strategies (including product offerings, regulatory plans and business plans) and may change without notice. You are cautioned that such statements are subject to a multitude of risks and uncertainties that could cause future circumstances, events, or results to differ materially from those projected in the forward-looking statements, including the risks that actual results may differ materially from those projected in the forward-looking statements. This content was first published by KISS PR Brand Story. Read here >> Global Times: Readers' Reflections: China is reshaping the global innovation landscape, says Italian scholar
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BEIJING, June 4, 2025 /PRNewswire/ -- May 30, 2025 marks the ninth National Science and Technology Workers Day. In the early morning of the previous day, Tianwen-2, the country's first asteroid probe and sampling mission, soared into the sky, carrying with it humanity's aspirations for the stars and the universe. The nation will thrive when science and technology develops, and the country will be strong when science and technology becomes advanced. The book series of Xi Jinping: The Governance of China contains multiple important speeches on science and technology. In the article "Strive for Greater Strength and Self-Reliance in Science and Technology" included in the fourth volume of the book series, President Xi emphasized that science and technology respond to the call of the times and have a global impact; they belong to all of humanity. "We should participate to the full in global science and technology governance, contribute Chinese wisdom, and shape a philosophy of technology for good purposes, so that science and technology better serve human wellbeing, and enable China's science and technology industry to contribute more to building a global community of shared future!" In the fifth installment of the "Decoding the Book of Xi Jinping: The Governance of China" series, the Global Times, along with People's Daily Overseas Edition, focuses on the theme of "practicing the philosophy of technology for good purposes and polishing China's new name card in scientific and technological innovation." We continue to invite Chinese and international scholars, translators of the work, practitioners of its concepts, and overseas readers to share their insights, understandings and reflection on China's philosophy of science and technology development and international cooperation. In the fourth article of the "Scholars' Perspectives" column, which comprises interviews with and signed articles from renowned scholars across various countries, Global Times (GT) reporter Liu Caiyu and Chen Qingqing talked to Zhang Linghan, a professor from China University of Political Science and Law who is also a member of the UN High-Level Advisory Body on Artificial Intelligence. Global Times: Addressing a meeting conflating the general assemblies of the members of the Chinese Academy of Sciences and the Chinese Academy of Engineering, and the national congress of the China Association for Science and Technology on May 28, 2021, Chinese President Xi Jinping said "We should participate to the full in global science and technology governance, contribute Chinese wisdom, and shape a philosophy of technology for good purposes, so that science and technology better serve human wellbeing, and enable China's science and technology industry to contribute more to building a global community of shared future." Today, as human beings step into the AI era, how do you interpret the concept of "technology for good purposes" that the Chinese leader has mentioned? How can we practice this concept? Zhang Linghan: China's concept of "technology for good purposes" can be understood from three perspectives. First is the positive development of technology itself. For example, the development of artificial intelligence technology in China has always adhered to the principles of "people-centered" and "intelligence for good," emphasizing that technology is a tool for serving humanity. Its development must align with the overall interests of humanity, ethical norms, and long-term well-being, highlighting the importance of "safety, reliability, and controllability" in the research, development, and application of AI technology. On AI products and services, China has very strict corporate compliance standards, requiring companies to take on social responsibilities alongside their responsibilities for technology research, development, and application. Secondly, empowering social development toward goodness through technology. For example, the widespread application of generative AI will liberate humanity from mechanical and repetitive labor, enabling people to engage in more creative and innovative work. In the field of public services, after the open-source release of large language models like DeepSeek, various platforms are integrating these technologies, which will promote the development of public services such as healthcare and education toward a more inclusive direction. Thirdly, promoting the construction of a "community with a shared future for mankind" through the concept of "technology for good purposes." The ideas of "technology for good purposes" and "community with a shared future for mankind" are rooted in the traditional culture of China and the practice of socialism with Chinese characteristics. They emphasize that the ultimate goal of technological development is to serve sustainable development and the common good of all humanity. The term "common good" takes into account the different values and practical needs of various countries. Therefore, in a world full of uncertainties, "for good purposes" serves as the greatest common denominator that transcends differences and fosters consensus. China's commitment to "for good purposes" is "people-centered," insisting that AI be treated as a public product that serves all humanity. China not only hopes to enhance its national strength and improve the living standards of its people through AI but also aims to strengthen international cooperation and exchanges in the field of technology, achieving the open sharing of technological development outcomes on a global scale. In practice, it can be seen that China, as a responsible major country, has actively taken on the responsibility of helping developing countries strengthen their artificial intelligence capacity building, contributing Chinese strength to bridging the global digital divide. Global Times: On the afternoon of April 25, 2025, the Political Bureau of the Communist Party of China (CPC) Central Committee held its 20th group study session, which focused on strengthening the development and regulation of artificial intelligence (AI). While presiding over the session, Xi Jinping, general secretary of the CPC Central Committee, said in the face of the rapid evolution of new-generation AI technologies, China must fully leverage the strengths of the new system for mobilizing the resources nationwide, achieve self-reliance and strength in this regard, and prioritize practical application so as to promote the healthy and orderly development of AI in the country in a beneficial, safe and fair manner. In your opinion, how does China's new system for mobilizing the resources nationwide help our country achieve self-reliance and self-strengthening in science and technology? With this system, what advantages does China have in AI technology? Zhang Linghan: In recent years, the advantages of China's new system for mobilizing the resources nationwide have become quite evident. Essentially, AI is a resource-intensive industry that requires vast amounts of data, complex algorithms, and powerful computing capabilities. Achieving self-reliance in AI not only requires advanced technologies but also sufficient resource investment and energy security. This places high demands on technology, funding, human resources, and energy, thereby highlighting the significant institutional advantages of the new type of national system in terms of its overall coordination, prudence, and foundational nature. In promoting technological breakthroughs, the government can start from the overall national interest and systematically plan the path for technological innovation. This approach can overcome the short-term behaviors of the market in fundamental and cutting-edge technology fields, allowing for the concentration of human, financial, and material resources to rapidly and efficiently advance the research and development of core technologies. It helps to avoid resource dispersion and redundant waste, especially for high-difficulty, high-investment, and strategic projects, such as the BeiDou Navigation System and the Chang'e lunar exploration program, which both fall into this category. In terms of promoting industrial development, taking electric power resources as an example, the development of AI, which includes data storage and processing, algorithm operation, and model training, relies heavily on power support. China has built a globally leading green power infrastructure system. In 2023, China's total electricity generation ranked first in the world, and it has maintained stable growth in 2024. This provides a solid and environmentally friendly foundation for the development of the AI industry. In terms of enhancing security guarantees, China emphasizes achieving a "strategic balance" between development and governance. To adapt to the uncertainties brought about by the rapid development of the AI industry, we have introduced an "adaptive governance" concept that combines flexibility and foresight, ultimately aiming for a situation where the technology development is both healthy, safe and reliable. Global Times: Let's talk about how China can engage more deeply in global science and technology governance. As a member of the UN High-Level Advisory Body on Artificial Intelligence, how would you assess China's current level of participation in global tech governance based on your experience? What are the bottlenecks? Could you share some insights from your own experience? Zhang Linghan: In my personal view, China is already firmly in the top tier of global science and technology governance, especially in the field of AI. From groundbreaking technological advances like DeepSeek that have captured global attention, to the widespread application of AI across industries, and active participation in shaping international norms on multilateral platforms such as the UN, China is deeply engaged and making significant contributions. In many areas, its role has become increasingly indispensable. The UN High-Level Advisory Body on AI is composed of 39 experts in the AI field from 33 countries and a wide range of industries. Since its establishment, we have held over 100 online meetings and three in-person sessions. Within the UN system, many other international organizations—such as UNESCO, the International Telecommunication Union, and the World Intellectual Property Organization—are also engaged in specialized aspects of AI governance. Through my participation in these international governance efforts, I've clearly felt that the perspectives and proposals from Chinese experts are increasingly being heard and valued. It is no exaggeration to say that China's governance practices and experiences are continuously contributing innovative ideas and valuable insights to the development of a global AI governance framework. For example, when discussing how to balance AI development with safety and how to build an adaptive governance framework, we shared governance approaches based on China's experience—such as the "small, fast, and flexible" legislative model—which drew considerable interest and discussion among international experts. This model, explored in recent years in China, is characterized by "small scope, fast cycle, and flexible format," aiming to precisely address real-world problems. Some Global South countries, during their own legislative processes, sought guidance and advice from Chinese experts through the UN and other international organizations. All of this highlights China's growing engagement and contribution to the global AI governance agenda. Behind the growing global attention lies China's advanced governance practices and systematic experience accumulated over time in AI governance field. It is fair to say that it is the result of strategic national planning, sustained investment, and active exploration that has enabled us not only to speak with professional confidence in multilateral and bilateral dialogues, but also to expand our space for expressing views and participating in global discussions. In September 2024, world leaders adopted the Pact for the Future at the Summit of the Future, with several sections on AI governance incorporating recommendations from the UN High-Level Advisory Body. Being able to participate in such a major global governance agenda as a Chinese expert brings me a profound sense of responsibility and mission. If we are to discuss the challenges, it must be acknowledged that the current global AI governance landscape remains noticeably fragmented. Countries differ significantly in their governance philosophies, regulatory approaches, and institutional designs. In light of this, greater attention should be given to the positive momentum of "seeking common ground while reserving differences" in global AI governance practices. A particularly illustrative example is China's pioneering establishment of an AI labeling system, which has since been referenced and adopted by a growing number of legislative efforts in the US, the EU, and beyond—becoming an increasingly important component in the global governance toolbox. Overall, global AI governance remains in a crucial window of opportunity. The initiatives proposed by China not only reflect the country's distinctive governance philosophy developed through its own AI practices, but also directly address the shared concerns and practical needs of the international community—particularly those of developing countries. China's proactive role in advancing global AI governance is helping to shape a governance architecture that is more balanced, inclusive, and beneficial for all. This, in turn, serves as a vivid example of China's growing engagement in global science and technology governance, and its contribution of Chinese solutions and wisdom to the world. Global Times: In recent years, accelerated technological iteration and increasing geopolitical tensions have become defining trends in the global tech landscape. On one hand, the pace of innovation is quickening, and technology is playing an increasingly pivotal role in societal transformation. On the other hand, under the influence of great-power competition and other factors, global technological development is exhibiting signs of de-globalization and fragmentation. China's rise in science and technology has faced well-known "chokepoint" challenges. What should China do in response? Against this backdrop, how should we understand President Xi's call for "China's science and technology to make greater contributions to building a community with a shared future for humanity." Zhang Linghan: Science and technology respond to the call of the times and have a global impact; they belong to all of humanity. President Xi proposed that China's science and technology should make greater contributions to building a community with a shared future for humanity. In its participation in global science and technology governance, China has consistently upheld the principles of multilateralism, openness and inclusiveness, and fairness and justice. China also looks forward to working with countries around the world to build consensus through equal dialogue and sincere consultation, and to foster mutual trust through pragmatic cooperation. In recent years, through extensive exchanges with Global South countries, I have increasingly felt their strong expectation for China to play a responsible role as a major power. These countries not only hope that China can assist them in developing AI technologies and applications to prevent the widening of the technological divide, but more importantly, they see in China's vision of a "community with a shared future for mankind" a future for AI that is truly open, secure, trustworthy, and beneficial to all of humanity. During the training programs I have participated in with officials and entrepreneurs from BRICS nations and Belt and Road partner countries, I often notice a surge of interest and engagement after introducing China's AI governance philosophy, core values, and successful experiences. Many of the participants are especially eager to learn from China's approach to AI governance, industrial development models, and digital infrastructure building, hoping to apply these experience to their own national development. It fills me with pride to see that China's ideas, systems, and development path are being increasingly recognized and welcomed by a growing number of countries. View original content: SOURCE Global Times Sign in to access your portfolio
