China
China approves world’s first implantable brain-computer interface for medical use
By Li Junqiang, Jiang Hongbing, Huang Xiaohui, People’s Daily
Recently, China’s National Medical Products Administration has granted the world’s first regulatory approval for an implantable brain-computer interface (BCI) device, marking a historic milestone in medical technology. This breakthrough transitions BCI — long considered the pinnacle of human-machine interaction — from laboratory research to clinical application.
BCI technology, first explored by scientists in the 1970s, establishes direct communication between the brain and external devices. “The fundamental principle of a brain-computer interface is to establish an information pathway between the brain and external equipment that bypasses peripheral nerves or muscles,” said Hong Bo, a professor at the School of Biomedical Engineering at Tsinghua University.
By collecting and interpreting neural electrical signals generated during brain activity and translating them into actionable commands, users are able to control external devices using nothing but their thoughts.
The newly approved implantable BCI system for hand motor function augmentation, dubbed NEO, was jointly developed by Neuracle Technology (Shanghai) Co., Ltd. (Neuracle) and the School of Biomedical Engineering at Tsinghua University.
“For patients with quadriplegia caused by cervical spinal cord injuries, who are unable to perform grasping movements with their fingers, we implant a coin-sized device in a minimally invasive procedure outside the dura mater,” said Wang Yujing, product director at Neuracle.
“The system collects and decodes the patient’s brain signals in real time, enabling them to control a pneumatic glove with their thoughts to perform actions such as grasping objects or drinking water,” she added.
“Among all technical approaches, implantable BCIs are widely considered the most challenging,” Wang noted. Directly implanting electrodes into the cerebral cortex involves significant risks and challenges, including craniotomy procedures, long-term biological tissue responses, wireless data transmission, and safe power supply.
In the past, patients often relied on wear wired systems, with visible external leads, to connect the brain to external devices. Muming Poo, an academician of the Chinese Academy of Sciences and director of the Center for Excellence in Brain Science and Intelligence Technology, noted that in recent years, BCIs have advanced toward miniaturized chips, faster decoding algorithms, and breakthroughs in high-precision electrode technology, gradually transitioning from laboratory research to clinical application.
China has already completed dozens of clinical procedures. Trial data show that all participating patients experienced varying degrees of improvement in grasping ability, with some even exhibiting signs of neural remodeling and partial recovery of additional neural functions.
“The key clinical breakthrough lies in achieving stable acquisition of brain signals through minimally invasive implantation outside the dura mater, without contacting brain tissue or damaging neurons, while accurately decoding patients’ motor intentions to enable grasping and drinking,” said Mao Ying, president of Huashan Hospital affiliated to Fudan University in Shanghai.
In 2024, a clinical trial participant surnamed Dong was able, after training, to grasp a cup and drink independently using thought commands, assisted by a pneumatic glove controlled via the BCI system.
“These were actions he had been unable to perform since sustaining a high-level spinal cord injury,” Mao recalled. With further rehabilitation, Dong not only managed to lift dumbbells using his mind, but also wrote the neatly formed Chinese characters for “thank you” by hand.
“Seeing BCI technology translated into clinical reality and genuinely improving patients’ lives just touched me so much,” Mao said.
Recently, Beijing Tiantan Hospital and Xuanwu Hospital, both affiliated to Capital Medical University, carried out implantation surgeries using the “Beinao No. 1” intelligent BCI system. An ultra-thin electrode array, feather-light and integrating 128 signal acquisition channels, was precisely placed in the brain region responsible for hand movement, helping patients with spinal cord injuries improve motor function.
“Clinical practice showed that BCIs are delivering tangible improvements for patients with spinal cord injuries, stroke, and other conditions,” said Li Yuan, business development director at Beijing-based startup NeuCyber Neuro Tech.
BCI devices represent a complex integration of materials science, chip design, algorithms, and rehabilitation technologies. An expert noted that China has now largely established a full industrial chain covering both upstream and downstream segments, although the sector as a whole remains at an early stage. The approval of a complete device this time is expected to stimulate growth in both foundational components upstream and application development downstream.
In July 2025, China issued a set of guidelines aimed at promoting the innovative development of the BCI industry, calling for breakthroughs in core hardware and software, the development of high-performance products, and the acceleration of real-world applications. Beijing, Shanghai, Shandong, and other regions have also introduced supportive policies, helping to foster a favorable industrial ecosystem.
According to incomplete statistics, China is home to more than 3.7 million people living with spinal cord injuries, with approximately 90,000 new cases each year, underscoring the vast potential market for BCIs.
Some institutions predicted that by 2027, China’s BCI market will reach 5.58 billion yuan ($818.46 million), with an average annual growth of 20 percent. It is also widely believed in the industry that the sector is poised to enter a phase of steady growth, with medical rehabilitation serving as the primary driver while applications gradually expand into broader fields.
“With strong policy support, continued technological development, declining costs, growing market awareness, and improving regulatory frameworks, BCIs are expected to achieve larger-scale commercial application within the next three to five years, bringing tangible benefits to more people,” Li said.
China
Cross-border e-commerce fosters new pathways for South-South cooperation
By Liu He, People’s Daily
A recent forum at the Palais des Nations in Geneva brought together around 100 representatives from UN agencies, Geneva diplomats, and Chinese institutions and businesses. The event focusing on leveraging China’s experience in cross-border e-commerce to foster new pathways for South-South cooperation.
Participants examined how this digital trade model can enhance trade connectivity and industrial development within the Global South, exploring innovative approaches to empower South-South partnerships. Discussions covered China’s advancements, from business model innovations to regulatory practices.
Chinese online marketplaces have seen surging demand for premium international goods in recent years, evidenced by the popularity of products ranging from New Zealand kiwifruit and Italian olive oil to Ecuadorian shrimp. This growth underscores the significant potential the Chinese consumer market holds for international brands.
Through cross-border e-commerce platforms, China is opening its vast consumer market to the world, enabling global businesses to capitalize on Chinese consumption opportunities.
In 2025, 2,415 overseas brands opened their first stores on Tmall Global, a cross-border B2C online marketplace under Alibaba, marking a double-digit year-on-year increase in the number of debut stores.
In July 2025, Chinese e-commerce platform JD.com launched an initiative offering one-stop services covering customs clearance, logistics, payments, and compliance. In under a year, the initiative has launched 140 online country-specific pavilions and onboarded a total of 1,500 new overseas brands.
Cross-border e-commerce has further paved the way for Chinese enterprises to go global and empowered domestic brands to tap into international markets.
Ranging from niche everyday items like gua sha boards, thermal bottles and teapots to big-ticket home appliances, functional furnishings and smart hardware, Chinese-made goods enjoy robust sales across the globe.
China currently has more than 160,000 cross-border e-commerce enterprises, while its logistics networks reach more than 200 countries and regions.
According to Wang Zhihua, director-general of the Department of Foreign Trade of the Ministry of Commerce, three key factors have driven the rapid growth of China’s cross-border e-commerce sector.
Fueling the sector’s growth is robust policy backing. Adhering to the core tenets of encouraging innovation, exercising inclusive and prudent oversight, and advancing opening up and collaboration, China has rolled out 178 comprehensive cross-border e-commerce pilot zones to spearhead institutional, regulatory and service-level innovations.
Digital technologies also deliver pervasive enabling effects. Big data, AI and other cutting-edge tools are being rapidly deployed throughout the full industrial workflow, covering product sourcing, marketing, settlement and logistics alike.
Another core driver lies in the resilient, well-entrenched industrial and supply chains. Boasting the world’s most complete range of industrial sectors, China’s manufacturing sector is advancing swiftly toward intelligent and eco-friendly production, enabling steady, timely supply of a full spectrum of commodities.
Supporting service providers are also expanding overseas alongside Chinese merchants to empower local industrial ecosystems.
Chinese cross-border e-commerce supply chain solutions provider Edayun manages over 60 overseas warehouses worldwide. Powered by its digital and intelligent supply chain platform, it has interconnected more than 50 cross-border marketplaces and local logistics networks globally, markedly boosting order responsiveness and fulfillment efficiency.
As a cross-border payment service provider, Lianlian has secured nearly 70 payment licenses and relevant operational permits worldwide. It provides services in over 100 countries and regions, with regional operation hubs established across high-growth emerging markets including Southeast Asia and Latin America. These outposts enable local merchants to process cross-border payments efficiently and in full regulatory compliance.
“Cross-border e-commerce evolves along a clear trajectory: starting with product exports, progressing to brand globalization, and advancing toward localized partnerships,” said Fan Fei, deputy head of Ebrun Think Tank. “Our survey shows over 60 percent of Chinese cross-border e-commerce enterprises regard localized service capabilities as their core competitive edge.”
Through substantial investment and compliant business operations, these firms are deeply embedding themselves into local economic ecosystems, emerging as key contributors to local economic growth, Fan added.
Demand for cross-border e-commerce development and strengthened international cooperation is mounting across the Global South.
Escipion Oliveira-Gomez, director of the Division of Country Programmes at the International Trade Center, noted that under the framework of South-South cooperation, China has rolled out policy incentives, infrastructure development and talent development programs to help other developing economies strengthen capacity, integrate into the global digital economy, and foster a fairer, more efficient and inclusive global cross-border e-commerce ecosystem featuring win-win outcomes and shared prosperity.
Over the past three years, China has delivered more than 100 foreign-aid training sessions on e-commerce and digital economy, drawing over 3,000 participants from more than 100 countries and regions.
For the next five years, China plans to launch 200 training programs on digital economy and AI for Global South nations, enabling developing countries to benefit more from technological innovations and practical applications.
China has supported Africa in constructing and upgrading 150,000 kilometers of backbone communication networks and assisted Nepal in completing cross-border optical cable routes across the Himalayas.
Moving forward, China will continue to back Global South countries in building information and communications infrastructure, intelligent warehousing and related facilities, upgrade cross-border logistics networks, and lower entry barriers and operating costs for digital trade.
Ram Prasad Subedi, Permanent Representative of Nepal to the United Nations and other International Organizations in Geneva, commented that China’s achievements in e-commerce and digital infrastructure development offer valuable experience and opportunities for all countries of the Global South.
China
Keeping classical wisdom alive for modern world
By Yue Shenghao
The Second World Conference of Classics will open in Athens, Greece on June 9, 2026. Under the theme “Dialogue between Ancient and Modern: Contemporary Inspirations from Classical Wisdom,” the conference will be jointly hosted by the Chinese Academy of Social Sciences, the Ministry of Education and the Ministry of Culture and Tourism of China, the Greek Ministry of Culture, and the Academy of Athens.
In fact, classical studies concern far more than classical theories and texts. Through the sustained efforts of generations of scholars, the hope has always been that classical wisdom may transcend the long river of history, regain vitality in the present age, and continue to illuminate contemporary life.
Today, technological advancement and productive forces are flourishing at an unprecedented pace, while the arrival of the digital and intelligent era has connected the world in ways never seen before. Still, modern society grapples with uniquely contemporary challenges: disordered values, growing utilitarianism, and individual alienation.
Against this backdrop, the seemingly distant ancient world has instead become an intellectual resource through which we reflect upon and improve contemporary life. It helps us explore how to preserve humanistic values, cultivate ideal character, and refine moral qualities in an era of accelerating technological development.
Since the First Opium War, successive generations of Chinese intellectuals have waged a sustained struggle to save the nation from peril. Research into ancient Greek and Roman civilizations likewise served as a key channel for them to draw on Western ideological legacies and reshape the Chinese nation’s spiritual makeup.
Over the past two decades and more, China’s growing national strength, together with sustained academic efforts, has enabled us to understand Western civilization from a more equal and composed perspective.
Research into ancient Greek and Roman civilizations helps us understand Western civilization at its roots, thereby promoting exchanges and mutual learning among civilizations and enabling Chinese civilization, on its path toward rejuvenation, to draw upon all outstanding achievements of human civilization.
The reason ancient texts and classical wisdom have endured uninterrupted across millennia lies in the tireless efforts of generations of classicists who have carried the torch forward. German classicist Fritz-Heiner Mutschler stands as one exemplary figure among them.
Born in Heidelberg, Germany in 1946, Mutschler taught for many years at Heidelberg University after completing his doctoral studies, specializing in classical philology and ancient history. From 1988 to 1992, he was invited to teach in China at the Institute for the History of Ancient Civilizations at Northeast Normal University.
Returning to Germany in 1993, he helped establish the Institute of Classical Philology at Dresden University of Technology. In 2011, he returned to China once again as chair professor of Humanities at Peking University, where he became deeply involved in curriculum development at the university’s Center for Classical and Medieval Studies until his retirement in 2016.
Affectionately nicknamed “Lao Mu” by his Chinese students — a warm honorific blending the Chinese respectful prefix Lao (meaning respected elder) with the shortened form of his surname Mutschler — he left an indelible impression on everyone he taught.
During my years at Peking University, I had the privilege of studying ancient Greek under him. He always sat on top of the classroom desk while teaching, speaking rapidly and passionately as he guided us through reading and translating Homer’s The Iliad. Gradually, the magnificent and extraordinary world of epic poetry unfolded before us.
To us, Mutschler resembled the noble hero Hector from the Iliad, brave and loyal, upright and compassionate.
His strict teaching style intimidated us, yet outside class he was an elderly scholar who cared for his students with patience and warmth. He and his wife often invited us to meals, smiling as they watched us eat enthusiastically. He eagerly participated in our cultural and recreational activities and generously mentored younger scholars as they stepped onto the academic stage.
In the Western context, classics traditionally refers to the study of ancient Greece and Rome. In recent years, both Chinese and international scholars have increasingly hoped to build a broader conception of classical studies, one that incorporates Chinese classical scholarship into the global map of classical research.
To this end, Mutschler devoted himself wholeheartedly to creating opportunities for Chinese scholars to engage with international academia on equal terms and helping Chinese classical scholarship reach the world.
Back in 2003, together with German sinologist Achim Mittag, Mutschler invited Chinese and Western scholars to participate in a comparative research project on the Roman Empire and ancient China, bringing comparative studies between Chinese civilization and Greco-Roman civilization into the field of classical studies.
In 2014, he organized an international symposium at Peking University dedicated to comparative studies of the Book of Songs and the Homeric epics, pioneering comparative analysis between these two foundational classics of Chinese and Western civilizations.
Whether through teaching or organizing conferences, the amount of labor involved was difficult to measure. Yet Mutschler never lost heart and always moved forward.
In 2024, he attended the first World Conference of Classics held at Yanqi Lake in Beijing. But before he could witness the opening of the second conference, he passed away peacefully this April.
Mutschler was an epitome of the scholars who devoted enormous energy to advancing classical studies in China. The seeds they planted have already spread far and wide.
Today, a new generation of scholars is assuming responsibility for carrying forward the intellectual lineage of classical studies and safeguarding the wisdom of civilization.
China’s classical studies have already produced substantial achievements.
The “Classics and Interpretation” series, devoted to translating and studying canonical texts and scholarship related to Western classical civilization, has published more than 800 volumes to date.
Specialized research institutions have been established, including the classical studies office of the Institute of Foreign Literature at the Chinese Academy of Social Sciences, the Department of Classics at Sichuan University, and the Center for Classical and Medieval Studies at Peking University.
Serving as a bridge between Chinese and foreign classical studies, the first World Conference of Classics was successfully held, while the Chinese School of Classical Studies was established in Athens.
As the second World Conference of Classics approaches, scholars from different cultural traditions will transcend geographical and intellectual boundaries through exchanges and dialogue. Together, they will reinterpret classical wisdom to answer urgent real-world challenges facing contemporary humanity.
Through classical studies, civilizations can learn from one another through mutual reflection and mutual respect, offering insights for contemporary human life. This is the best way to carry forward the legacy of classical studies and the clearest testament to its relevance today.
(Yue Shenghao is a staff member of the Classical Studies at Chinese Academy of Social Sciences)
China
China committed to open-source development for greater innovation, shared gains
By He Yin, People’s Daily
A string of eye-catching breakthroughs has put China’s AI industry in the global spotlight. A humanoid robot developed by Chinese tech firm Unitree featured as a guest on a Polish TV show, while V4, the latest open-source large model of Chinese AI company DeepSeek, has made headlines across major international news outlets.
Riding the worldwide AI boom, China has followed a distinctive homegrown roadmap for open-source development to upgrade its domestic AI sector. As it builds up indigenous innovation capabilities, the country also fuels sustained growth for the global digital and intelligent industry.
The vitality of an innovation ecosystem is often reflected in the data. According to a report released by a leading international open-source platform, Chinese-developed models accounted for 41 percent of all large-model downloads on the platform over the past year, making China one of the world’s most active and fastest-growing sources of open-source AI models.
Another report, jointly released by the Massachusetts Institute of Technology and the same platform found that Chinese-developed open-source models surpassed those from the United States in global downloads for the first time last year, ranking first worldwide.
The growing influence of Chinese open-source models is expanding beyond developer communities and into real-world applications. More companies around the world are adopting Chinese AI models for commercial deployment.
Bill Ready, chief executive officer of the U.S. company Pinterest, noted that Chinese AI companies’ decision to embrace open-source development has helped fuel the explosive growth of global open-source models.
Chinese open-source models have earned the support of developers around the world because of both their technological strength and their commitment to openness and inclusiveness.
DeepSeek’s V4 model, for example, combines advanced features such as ultra-long context windows with open access to model weights and source code, allowing developers worldwide to build and innovate on top of the technology.
Following years of development, China has now established a complete AI industrial system. The country is home to more than 6,000 AI companies, with industrial chains covering every key link from intelligent chips and computing clusters to model development and application scenarios.
An article published by Malaysia’s The Star argued that Chinese AI products place strong emphasis on practical implementation and have already achieved world-leading capabilities in resource integration. Its open-source, shared developer ecosystem has effectively accelerated technology adoption both domestically and internationally, while expanding applications in sectors such as energy, transportation, and health care.
The open-source and shared development model not only makes intelligent technologies more accessible worldwide, but is also unlocking new drivers of economic growth within China.
Multiple Chinese open-source models, including Qwen, Moonshot AI’s Kimi, and DeepSeek, have broken down technological and industry barriers, enabling creators and developers around the world to rapidly deploy AI models and develop applications.
Within China, the rapid expansion of the open-source ecosystem is increasingly translating into new engines of growth.
Daily token usage exceeding 140 trillion and a domestic user base of more than 600 million for generative AI have given rise to a rich variety of intelligent application scenarios.
Collaborative innovation among businesses, universities, and research institutions is transforming AI into a shared technological resource that benefits multiple stakeholders.
Open source is not merely a technological development model; it reflects a broader philosophy of collaboration and shared progress.
AI is profoundly reshaping human production and everyday life. Yet it should not become “a game for rich countries and rich people,” nor should it slide into the logic of zero-sum competition.
When certain countries build technological barriers, fragment industrial chains, and artificially obstruct the cross-border flow of innovation resources, the result is a widening technology gap and growing developmental imbalance, ultimately harming the global innovation ecosystem itself.
China has already become an important contributor to global open-source software and open models, and has written “advancing the development of open-source systems” into its 15th Five-Year Plan.
The development of China’s AI industry demonstrates that the more cutting-edge the technology, the greater the need for openness and cooperation; and the bigger the global challenges, the greater the need to share innovation achievements.
Only by remaining committed to innovation and openness, deepening international cooperation, and jointly creating an open, equal, fair, and non-discriminatory environment for AI development can the technology move toward inclusive and beneficial development and truly become an international public good that serves humanity.
The path of open source leads to innovation and shared success. As global attention increasingly turns toward China’s AI industry, the world is seeing not only rapid technological progress and a thriving industrial ecosystem, but also a Digital China committed to openness, open-source development, and ensuring that intelligent technologies serve the common good.
China will continue leveraging its strengths and working with all parties to help narrow the global divide of intelligent technology and jointly write a new chapter in global technological development.
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