分类： technology

In a groundbreaking technological achievement, Japan has successfully retrieved deep-sea sediment containing rare earth minerals from the seabed near Minamitorishima Island, marking a significant advancement in undersea resource extraction. The operation, conducted at an unprecedented depth of nearly 6,000 meters by the drilling vessel Chikyu, represents the world’s first successful test retrieval of rare earth elements from such extreme marine environments.

Prime Minister Sanae Takaichi announced the accomplishment via official channels, characterizing it as “a first step toward industrialization of domestically produced rare earth in Japan.” The breakthrough forms part of Japan’s broader Strategic Innovation Promotion Program, which has been conducting comprehensive research and feasibility studies on rare earth deposits around the remote island since their discovery in the 2010s.

This development carries substantial geopolitical significance given China’s current dominance in global rare earth production, particularly heavy rare earths essential for manufacturing high-strength magnets used in defense systems and electric vehicles. Deputy Chief Cabinet Secretary Masanao Ozaki emphasized the achievement’s importance “from the perspectives of economic security and comprehensive ocean development.”

While technical details including precise mineral concentrations require further analysis, officials confirmed the successful retrieval occurred on February 1st following the Chikyu’s departure last month and arrival at the mining site on January 17th. The project now moves toward demonstrating full industrial viability, encompassing the complete process from seabed extraction through separation and refining operations.

The advancement occurs amid heightened regional tensions and follows China’s recent suspension of dual-use exports to Japan, raising concerns about potential restrictions on rare earth shipments. Japanese researchers estimate the Minamitorishima deposits contain high-concentration rare earths sufficient to supply global demand for hundreds of years, potentially reshaping global supply chains for critical minerals.

Beijing has inaugurated a groundbreaking pilot manufacturing and validation facility specifically designed for humanoid robots, signaling a strategic shift from experimental prototyping to industrialized mass production. Operated by the Beijing Innovation Center of Humanoid Robotics, this first-of-its-kind facility represents a critical infrastructure development for China’s robotics sector.

The newly commissioned platform spans approximately 9,700 square meters within Beijing’s Economic-Technological Development Area (E-town) and is equipped with 500 sets of specialized production and testing equipment. The facility boasts an annual pilot production capacity of up to 5,000 embodied humanoid robots, offering comprehensive services including prototyping, performance validation, process optimization, module assembly, and full robot integration.

This initiative addresses significant bottlenecks that have hampered the global humanoid robotics industry’s transition from research and development to commercial implementation. According to Liu Yizhang, head of the pilot platform, the industry has struggled with inadequate pilot manufacturing readiness, inconsistent standardization protocols, and discontinuous data flow from development through scale-up phases.

“Research institutions and startup ventures typically rely on costly, inefficient self-developed trial lines,” Liu explained. “The absence of standardized processes compromises quality consistency, while insufficient testing systems allow unresolved risks to persist before real-world deployment.”

The digital infrastructure forms the core of Beijing’s innovative approach. The facility operates on a unified master data platform with an integrated digital operation system that connects information and logistics networks. This enables continuous data tracking from design through production to test feedback, significantly shortening iteration cycles between prototype validation and small-batch production.

The platform’s establishment aligns with China’s broader industrial strategy. In November 2025, the Ministry of Industry and Information Technology identified humanoid robots as a priority sector requiring accelerated validation platform development. The Beijing government subsequently announced a tiered support system in January 2026, offering subsidies of up to 100 million yuan ($14.39 million) for newly established pilot facilities.

The initiative already demonstrates tangible economic impact. According to the Beijing Municipal Bureau of Economy and Information Technology, the city’s robotics industry revenue grew by nearly 40% in the first half of 2025. Beijing additionally leads China in hosting specialized “little giant” enterprises within the robotics sector—small and medium-sized firms recognized for their innovation capabilities and market specialization.

The center plans further expansion through national research and development projects, positioning Beijing at the forefront of global humanoid robotics manufacturing capabilities.

The Xizang Autonomous Region is embarking on an ambitious technological transformation, with artificial intelligence spearheading its digital economy expansion throughout 2026. This strategic direction was formally outlined in the regional government’s work report presented during the recent legislative session, highlighting a comprehensive push toward technological modernization.

Regional Chairman Karma Tsetan emphasized the government’s commitment to enhancing computing infrastructure and integrating advanced digital solutions across various sectors. The initiative represents a significant component of Xizang’s broader economic development strategy, combining technological advancement with cultural preservation.

Leading this digital revolution is Xizang Jueluo Digital Industry Management Co, a pioneering firm specializing in Tibetan-language AI systems and data management. After eight years of intensive research and development, the company has launched “DeepZang” – the first large language model specifically designed for the Tibetan language.

Company President Tenzin Norbu explained how DeepZang aligns with global AI trends while addressing regional needs. “Our technology applies Tibetan-language AI across critical domains including healthcare, education, and ecological conservation,” Norbu stated. The company has proposed establishing a national open-source data center for Tibetan-Chinese bilingual resources to further cultural preservation efforts.

The technological achievements are substantial: DeepZang supports bilingual interactions across 140 languages, incorporates a Tibetan-Chinese parallel corpus of 70 million sentences, and achieves speech recognition accuracy exceeding 98%. These innovations have already registered as intellectual property and received national algorithm certification.

Digital transformation has yielded tangible benefits across Xizang’s public sector. Smart governance and digital education solutions have modernized operations within 14 regional departments, significantly improving administrative efficiency and connectivity.

Supported by national policies and central government investment, Xizang’s digital infrastructure has experienced rapid growth. During the 14th Five-Year Plan period (2021-2025), the regional digital economy maintained an average annual growth rate of 10%. Preliminary 2025 figures indicate output reaching 14 billion yuan ($2 billion) in the first three quarters, with projections exceeding 20 billion yuan for the full year.

The region currently hosts 62 large-scale digital enterprises that generated 11.44 billion yuan in revenue through October 2025, alongside 169 national high-tech companies and 22 national-level innovation bases. For 2026, regional authorities aim to establish five additional major digital enterprises and strengthen Xizang’s position as an emerging technology hub.

Beyond economic metrics, the technology carries profound cultural significance. Chakdor Drolma, a student at Xizang University of Tibetan Medicine, noted: “Tibetan-language AI development helps promote our traditional culture while ensuring the script remains actively used and preserved for future generations.”

JAKARTA, Indonesia — In a significant reversal, Indonesian authorities have permitted the resumed operation of Elon Musk’s artificial intelligence chatbot Grok on a conditional basis, ending a weeks-long suspension initially imposed over concerns regarding explicit sexual content generation. The decision follows intensive negotiations between Indonesian regulators and X Corp, resulting in the company providing written commitments to enhance service quality and ensure strict compliance with local regulations.

The Indonesian Communications Ministry confirmed the conditional reinstatement in an official statement released Sunday, noting that X Corp has implemented specific technical measures to prevent misuse of Grok’s capabilities. These measures include feature restrictions and enhanced content filtering systems designed to block the generation of sexually explicit and non-consensual imagery that prompted the original ban.

This development comes after Indonesia and Malaysia became the first nations worldwide to block access to Grok in January, citing serious concerns about AI-generated explicit content. Malaysia has similarly lifted its temporary restriction following X Corp’s implementation of security enhancements, with regulators indicating ongoing monitoring of the situation.

Alexander Sabar, Director General of Digital Space Supervision at Indonesia’s Communications Ministry, emphasized that the normalization of Grok’s operations remains subject to strict verification. Indonesian authorities will conduct thorough testing to validate X Corp’s claimed improvements, particularly regarding the prevention of illegal content distribution and violations of child protection principles.

Sabar issued a stern warning that any detected inconsistencies or further regulatory violations would trigger immediate corrective actions, potentially including service suspension reinstatement. This conditional approach reflects Indonesia’s broader strategy of balancing technological innovation with robust digital governance and content moderation requirements.