Foreign
China’s Chang’e-6 lunar probe takes off from moon with first samples from lunar far side

By Yu Sinan, Liu Shiyao, Pang Dan, People’s Daily
The ascender of China’s Chang’e-6 probe lifted off from lunar surface on June 4, carrying samples collected from the moon’s far side, an unprecedented feat in human lunar exploration history. Now it has entered a preset orbit around the moon.
The probe previously landed at the designated landing area in the South Pole-Aitken (SPA) Basin on the far side of the moon at 6:23 a.m., on June 2.
The lander-ascender combination of the Chang’e-6 probe touched down after reducing its relative speed to zero in 15 minutes, under the precise control of the Beijing Aerospace Control Center.
Chang’e-6 consists of an orbiter, a returner, a lander and an ascender. Since its launch on May 3 this year, it has been staying in orbit for about 30 days.
Before its landing, the lander-ascender combination separated from the orbiter-returner combination that kept flying around the moon.
Apart from making a soft landing on the far side of the moon, Chang’e-6 would also collect lunar soil beyond the moon’s visible face, said Ge Ping, spokesperson for the Chang’e-6 mission.
According to him, the mission involves many engineering innovations, high risks and great difficulty, and manifests the wisdom of scientists.
Landing on the far side of the moon requires choosing the right location first. Compared to the near side of the moon where Chang’e-5 landed, the far side features a more rugged topography. The pre-selected landing area, the SPA Basin, is generally lower in elevation and has a higher density of impact craters, which posed greater challenges for site selection as the terrain’s shadows and obstructions are unfavorable for lighting and surveys.
In order to find an ideal landing site, the development team of Chang’e-6 drew upon previous experience in site selection and established a set of methods tailored for landing on the far side of the moon, said a developer of Chang’e-6 from China Academy of Space Technology (CAST).
For example, researchers utilized 7-meter resolution orthoimages of the entire lunar surface and 20-meter resolution digital elevation models produced from data obtained by the Chang’e-2 probe to identify relatively flat areas with gentle slopes as potential landing sites for Chang’e-6, the developer told People’s Daily.
Since the landing site of Chang’e-6 is on the far side of the moon, the landing process couldn’t be observed from Earth. Even though the probe is capable of autonomous landing, it is crucial to have the ability to monitor real-time data and issue control commands for keeping the “family on Earth” informed about the mission’s progress.
In March this year, China’s Queqiao-2 relay satellite was sent to orbit in advance to ensure that Chang’e-6 would not “get lost” on the far side of the moon, building a bridge for Earth-moon communications.
Two rounds of obstacle avoidance were crucial for the landing of Chang’e-6 on the far side of the moon.
An expert told People’s Daily that under the intelligent and autonomous control of the guidance, navigation and control system, the lander-ascender combination would rapidly adjust its attitude while descending, take photos of and analyze the pre-selected landing area, and avoid large obstacles, thereby selecting the most proper landing site. The system would then order the lander-ascender combination to fly towards the selected area. This is the first round of obstacle avoidance, also known as “general avoidance.”
At a predetermined altitude closer to the lunar surface, the lander-ascender combination would execute a critical short hovering phase, take additional photos of the surface, accurately avoid obstacles, and pinpoint the final landing site. This is the second round of obstacle avoidance, known as “targeted avoidance.” Afterwards, it would descend vertically and slowly.
“Targeted avoidance” is a unique technology developed by China, which enables autonomous operation during the landing process. The successful landing of Chang’e-6 has advanced this technology.
The key to landing is to achieve a smooth touchdown. The landing of the lander-ascender combination would generate considerable impact loads. Therefore, a corresponding buffer mechanism must be designed to ensure the probe does not topple over or sink into the surface. For this purpose, the CAST has customized four lightweight and high-strength “legs” for Chang’e-6.
According to experts, each of the landing legs consists of a main leg, two secondary legs, and a foot pad. Prior to landing, the main and secondary legs, made of a new type of high-strength alloy material with special filling, would work collaboratively to support the body of the probe, transmitting and absorbing impact forces.
After landing, Chang’e-6 transmitted back images of the landing site and began its sample-retrieving operations on the far side of the moon. The retrieving operations adopted two methods of moon sampling, which included using a drill to collect subsurface samples and grabbing samples on the surface with a robotic arm.
It is reported that after completing its work on the lunar surface, Chang’e-6 will embark on its journey back home. It is scheduled to land in a designated area in north China’s Inner Mongolia autonomous region, thus concluding its trip lasting more than 50 days.
Foreign
China’s new chapter in global innovation

By Gu Yekai, Liu Yiqing, People’s Daily
At a smart construction project site managed by China State Construction Engineering Corporation, a quiet technological revolution is underway. Amid cranes and concrete, engineers are deploying advanced artificial intelligence (AI) systems that could fundamentally reshape the construction industry.
Li Fengjian, an AI specialistwith Xianyuan Technology, detailed how the company’s latest intelligent system – built on a large model – adapts to complex construction environments.”Engineering machinery equipped with intelligent agents can adjust its operations automatically in response to weather conditions,” Li explained, adding that a spatiotemporal sensing network further enhances the system, providing real-time tracking of both personnel and materials throughout the construction site.
In February this year, Xianyuan Technology rapidly integrated its self-developed model with DeepSeek-R1, effectively blending a general-purpose framework with industry-specific models. This integration, Li noted, has produced a solution capable of delivering expert-level performance in challenging, dynamic environments. The firm is based in the Shanghai Foundation Model Innovation Center, aburgeoning AI incubator that now hosts over 200 innovative enterprises.
China’s technological transformation extends well beyond the construction sector. Overthe past three decades, the country has evolved from its initial forays into internet connectivity to becoming a key player in global digital innovation.
Here, a steady stream of technological innovations are emerging, from the early days of emails and web browsing to the cutting-edge technologies represented by DeepSeek and the dynamic evolution of social media.
Wu Jianping, an academician at the Chinese Academy of Engineering and headof the Zhongguancun Laboratory, pointed out that while China had introduced only one internet standard before 2005, it now contributes to over 200 worldwide. Such strides illustrate the country’s concerted push toward high-level technological self-reliance – a journey marked by both persistence and determination.
Beyond the digital realm, China is makingsignificant inroads in aerospace, new energy, and other high-tech sectors. It has transitioned from being a follower to standing shoulder-to-shoulder with global leaders, and in some areas, even taking the lead. Wu attributed these achievements to a dynamic ecosystem of policy reforms and talent cultivation that encourages creativity and technical expertise at every level.
Amid intensifying international competition, collaborative research and the integration of new technologies with traditional industries are central to China’s high-quality economic development.
Mei Linhai, a researcher at China’s State Key Laboratory of Cognitive Intelligence, remarked that the age of AI calls for continuous exploration. “In this era, everyone is an innovator. Only by persistently pushing the boundaries can we remain at the forefront of both technological and industrial development,” Mei observed.
In the field of general-purpose AI, Mei emphasized that independent innovation is paramount. He advocates for a self-driven industrial ecosystem that leveragesbreakthrough technologies to boost productivity and unlock new possibilities, Mei said.
Foreign
Chinese democracy in action:a village bench meeting shapes national law

By Wei Zhezhe, Liu Botong, People’s Daily
In a modest corner of Jiangmen, south China’s Guangdong province, residents of Weidong village are experiencing firsthand a form of democracy that starts at the grassroots level and reverberates all the way to Beijing.
Wu Tengxin, a local villager who relies on a scooter for daily mobility after contracting polio, recalls a time when the village’s public spaces were ill-equipped for people with disabilities. Now, thanks to a simple suggestion made during a meeting, his everyday life has changed.
In November 2022, a team from a local legislative outreach office – a branch of China’sNational People’s Congress (NPC) – visited Weidong village and set up a “bench-style meeting.” Residents, including the elderly and those with disabilities, gathered to voice their concerns about inadequate accessibility.
Amid the conversation, Wu offered a straightforward proposal: “I hope rural accessible facilities can be improved to make mobility easier for people with disabilities and the elderly.” His words were relayed verbatim to lawmakers.
The response was swift. On June 28, 2023, at the third session of the 14th NPC Standing Committee, legislators passed a law on building a barrier-free living environment. The law stipulates that improvements”shall align with social and economic development levels, coordinate urban and rural progress, and gradually narrow the gap in infrastructure between urban and rural areas.”
Today, Wu observes that the village’s main roads and public squares have been upgraded with accessibility features that make getting around considerably easier.
This episode illustrates what Chinese officials call “whole-process people’s democracy” – a system where citizen input is woven into every stage of policy development.
Jilie Ziri, head of Abuluoha village in Butuo county, southwest China’s Sichuan province, remarked that for young generations in China, democracy has become a lived experience. “Villagers are the masters of village affairs,” he said, emphasizing how active villager participation has injected new vitality into local governance.
Experts point to consultative democracy as a cornerstone of this process. Tao Kaiyuan, vice chairman of the Central Committee of the China Association for Promoting Democracy and vice president of the Supreme People’s Court, underscores the important role of the Chinese People’s Political Consultative Conference, whose members hail from every stratum of society and bring a wealth of expertise and connections.
Their regular forums, field research, and public consultations have created robust channels for citizens to contribute ideas and forge consensus.”This approach gathers collective wisdom and transforms public voices into policy,” Tao said.
Another crucial manifestation is the effectiveness of China’s political party system. Under the leadership of the Communist Party of China, Chinese democratic parties actively fulfill their duties, offering recommendations that often translate into concrete policy decisions. This integrated approach demonstrates the unique strengths of China’s political system and the advantages of whole-process people’s democracy.
Tao emphasized that whole-process people’s democracyhas evolved into an efficient and dynamic democratic practice – one that not only reflects the essence of socialist democracy but also presents a pioneering model of political civilization, contributing Chinese wisdom and solutions to global governance and democratic development.
Foreign
Chinese modernization: blueprint for global progress

By He Yin, People’s Daily
At China’s recent annual “two sessions,” Chinese modernization once again captured global attention. International observers are closely following a range of new measures designed not only to accelerate Chinese domestic transformation but also to unlock fresh opportunities for global development.
They believe that Chinese modernization, built on a foundation of openness and cooperation, will continue to yield global benefits with each new milestone.
Today, China stands as a formidable force in the global economy – accounting for around 18 percent of the global economy and nearly 30 percent of world manufacturing output. Year after year, the nation has contributed about 30 percent to global economic growth. With import and export records with almost all countries and regions designated in the United Nations Statistics Division, the country is a major trading partner for more than 150 countries and regions. In 2024, its exports to over 160 countries and regions saw growth.
Often hailed as the “world’s largest developing country,”the “second-largest economy,””world’s factory,””global market,” and “innovation powerhouse,” China is increasingly viewed as a beacon of stability and progress.
In recent years, high-profile events such as the seventh China International Import Expo – where intended deals exceeded $80 billion – and the establishment of over 1.239 million foreign-invested enterprises have reinforced the nation’s reputation as a vast, dynamic market.
Meanwhile, policies encouraging Chinese companies to “go global” have seen a steady stream of new technologies, goods, and services permeate international markets, knitting the country ever tighter into global value chains and bolstering its commitment to win-win cooperation.
The influence of Chinese modernization is evident far beyond its borders. In the Central African Republic, President Faustin-Archange Touadera has repeatedly screened China’s political documentary Carry the Reform Through to the End for cabinet discussions, while officialsin Uzbekistan are adapting China’s poverty-reduction experience to suit their national context. These moves challenge the assumption that modernization must follow Western models, suggesting that China’s alternative pathway offers a viable route to development.
Beyond economic growth, Chinese modernization is increasingly celebrated for its potential to foster win-win cooperation and shared prosperity.
Under the Belt and Road Initiative (BRI), for example, Kazakhstan secured its first maritime access and Laos launched its first modern railway. Support from the Global Development and South-South Cooperation Fund has propelled over 160 projects, benefiting more than 30 million people. Moreover, China has given all the least developed countries with which it has diplomatic relations zero-tariff treatment for 100 percent tariff lines, signaling its commitment to an open and inclusive global economy.
China’s modernization agenda also tackles global challenges head on. In response to global environmental risks, China advocates for building a community of all life on the Earth. To bridge the digital and AI divide, it has launched the AI Capacity-Building Action Plan for Good and for All to ensure that technological advancements benefit every corner of the globe.
On the security front, China continues to promote dialogue and reconciliation in conflict zones while engaging in multilateral security collaborations, reinforcing its reputation as a nation committed to peace and stability.
By proposing initiatives such as the Global Development Initiative, the Global Security Initiative, and the Global Civilizations Initiative, China is not just charting its own course toward modernization but championing an equal and orderly multipolar world and a universally beneficial and inclusive economic globalization – one that seeks to ensure that no nation is left behind on the path to prosperity.
The global appeal of Chinese modernization is far from accidental. Decades of reform and opening up have accelerated its development while enabling the country to contribute to global governance. On the international stage, it has taken on a leadership role – actively shaping global norms, building a community with a shared future for mankind, and advancing world peace and development. By sharing its successful experiences and technological advancements, the country seeks to help other developing countries chart their own courses toward progress.
With over 1.4 billion people engaged in this modernization journey – a number that surpasses the total population of all developed countries combined – China’s approach is redefining the global modernization landscape. For China, modernization is not solely a national endeavor but a blueprint for global progress – a vision that promises a more inclusive future for all.
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