The Thunder team made an announcement today, stating that they will be modifying the "complimentary initial high-speed cloud disk download traffic" service for non-member users. Specifically, new users who register on or after June 23, 2026, will no longer qualify for this complimentary traffic. However, users who registered before this date can continue to enjoy their existing privileges until the conclusion of the current traffic settlement cycle, after which the service will be discontinued. The benefits for member users will remain unaffected, and traffic acquired through official activities and tasks can still be utilized as usual. Moving forward, Thunder will introduce a trial service for high-speed cloud disk download traffic specifically tailored for non-member users.

On June 22, addressing the challenges of deployment difficulties and limited adaptability of embodied intelligent robots in industrial environments, the team led by Associate Professor Zeng Long and Professor Feng Pingfa from Tsinghua Shenzhen International Graduate School presented a systematic conceptual framework for Embodied Intelligent Industrial Robots (EIIR), along with a knowledge-driven technological framework. This framework consists of five core modules: the world model, high-level task planner, low-level skill controller, simulator, and physical system. It aims to enable industrial robots to achieve task-level flexibility, marking a significant application of general artificial intelligence within the industrial sector. The team also elucidated the relationships between EIIR and related concepts such as AI, EI, and EIR, highlighting that EIIR necessitates three types of knowledge: natural language understanding, work environment comprehension, and operational object awareness. At present, certain technological modules within this framework have already been industrialized, yielding economic benefits.

Recently, the School of Mathematics and Statistics has made significant progress in leveraging artificial intelligence to advance scientific research. Professor Jian Sun's team has developed a model for generating transition states in chemical reactions, known as TS-DFM, while Professor Shusen Yang's team has proposed a mathematical formula discovery method for multiscale complex systems, named Deflex. These two achievements have been successively published in the internationally renowned journal Nature Communications, providing new tools and methods for AI-empowered scientific knowledge discovery.

On June 23, Jiangsu's first Unitree Embodied Intelligence Industrial College was unveiled at the Suzhou Industrial Park Institute of Vocational Technology. The college is jointly established by the Suzhou Industrial Park Institute of Vocational Technology, Unitree Robotics Co., Ltd., Jiangsu Kewen Zhixue Technology Co., Ltd., and Wuhan Jingfeng Microcontrol Technology Co., Ltd. It aims to precisely meet corporate needs and cultivate high-quality technical and skilled talents in the field of embodied intelligence through a collaborative education model involving 'industry, enterprise, and school'.

Following the development of FinFET and GAA nanosheets, Complementary Field-Effect Transistor (CFET) technology, which involves the vertical stacking of N-FETs and P-FETs, has risen to prominence as a pivotal architecture. This technology is instrumental in boosting logic density, minimizing interconnect lengths, and decreasing cell area. The International Roadmap for Devices and Systems (IRDS) has recognized CFET as a crucial device form for technology nodes below 2nm, with anticipated practical implementation around 2032. Moreover, CFET technology has been a focal point at recent international semiconductor conferences, including IEDM and VLSI, drawing considerable interest.

Recently, Professor Shi Jin and Professor Nana Liu from the Institute of Natural Sciences, School of Mathematical Sciences, and Pujiang International College at Shanghai Jiao Tong University, unveiled their groundbreaking research on a quantum algorithm designed to find the viscosity solution of the Hamilton-Jacobi equation. Their findings were published in PNAS, the esteemed journal of the National Academy of Sciences of the United States.

This study tackles the challenge of solving nonlinear partial differential equations (PDEs) within the realm of quantum computing by introducing an innovative quantum algorithm. Quantum computing, which operates on the principles of quantum mechanics, excels at solving linear PDEs, such as the Schrödinger equation. However, the realm of nonlinear equations has long posed a significant obstacle for quantum computing techniques.

Previous linear truncation methods have proven effective only for specific problems. In contrast, most nonlinear PDEs encountered in scientific and engineering computations, like the Hamilton-Jacobi equation, are characterized by strong nonlinearity and weak dissipation. These properties render them resistant to direct solution via quantum computing.

Leveraging the entropy penalty method proposed by Gomes-Valdinoci, Professors Shi Jin and Nana Liu have, for the first time, constructed a quantum algorithm tailored to solve the viscosity solution of the Hamilton-Jacobi equation. By integrating artificial viscosity methods, entropy penalty techniques, and Schrödingerization, they have developed an efficient quantum algorithm capable of solving the viscosity solution.

This algorithm not only provides error estimates that remain valid over extended periods but also showcases a polynomial-scale quantum advantage in calculating certain key physical observables. This breakthrough paves the way for broader applications of quantum computing across diverse fields, including finance, economics, materials science, earthquake prediction, image processing, and machine learning.

App of Tianyancha shows that Petal Payment, wholly owned by Huawei, recently completed industrial and commercial changes: Zheng Liying stepped down as chairman and Zhu Yonggang took over. At the same time, several directors, supervisors, and executives also underwent changes, with the legal representative updated to Zhu Yonggang synchronously.

Data from the Tianyancha App reveals that Tongwei Solar Technology Co., Ltd. has recently undergone industrial and commercial registration modifications, elevating its registered capital from 100 million yuan to a staggering 3.78 billion yuan—a remarkable 3680% increase. Founded in August 2022, the company is led by legal representative Xiao Shengyi. Its core operations revolve around the sales of photovoltaic equipment and components, and it operates as a wholly-owned entity under Tongwei Co., Ltd. Furthermore, Tongwei Co., Ltd. disclosed on June 22 its intention to infuse an additional 5.06 billion yuan of its own funds into Tongwei Solar Technology Co., Ltd., its wholly-owned subsidiary, aiming to refine its capital structure and fuel business expansion.

Recently, the ‘Tongji Crystal’ team from the School of Physical Science and Engineering at Tongji University has achieved a significant breakthrough in the research of high-entropy fluoride inorganic scintillator materials. Their groundbreaking findings have been published in Science China Materials under the title “Ultrafast Scintillation Enabled by Exciton Localization in High-Entropy Fluoride Crystals.”

This study introduces an innovative design strategy for ultrafast scintillators based on the regulation of exciton dynamics through high-entropy lattice distortion. By incorporating the principles of high-entropy material design, the team successfully cultivated large-sized Ce-ion-doped LaGdCaSrBaF₁₂ (Ce:LGCSB) high-entropy fluoride single crystals. This novel material leverages substantial local lattice distortion and electric field perturbations caused by multiple cations co-occupying lattice sites. These perturbations facilitate exciton localization and suppress their long-range diffusion, resulting in an ultrafast scintillation decay of approximately 1 nanosecond. This achievement places it among the fastest Ce-activated bulk scintillation crystals currently available.

Experimental results demonstrate that samples with varying Ce concentrations achieved scintillation decay times of 1.23 nanoseconds, 1.97 nanoseconds, and 2.56 nanoseconds, respectively, with no significant long-lived slow components detected. This breakthrough offers fresh perspectives for the development of advanced ultrafast scintillation materials, with potential applications in high-frame-rate X-ray imaging, time-of-flight positron emission tomography (TOF-PET), and high-energy physics detection.

The research received support from key projects such as the National Key Research and Development Program and the National Natural Science Foundation of China.

Recently, a research team led by Professor Wang Jun from Professor Jiang Yadong's group at the School of Optoelectronic Science and Engineering has achieved a significant breakthrough in the realm of optoelectronic detection and intelligent perception. They have successfully developed a high-resolution, self-powered infrared detection and imaging system that operates without the need for a readout chip. The groundbreaking research has been published in the esteemed international academic journal, Nature Communications, under the title "Monolithically Integrated Photon-Mapping Infrared Imager." The University of Electronic Science and Technology of China stands as the primary institution behind this research, with Professor Wang Jun and Professor Hu Weida from the Shanghai Institute of Technical Physics of the Chinese Academy of Sciences jointly serving as the corresponding authors of the paper.

On June 23, Li Dongsheng, founder of TCL, contributed a signed article to the 2026 Davos Forum, in which he highlighted how anti-globalization trends are eroding the global economy. He emphasized that multinational corporations play a pivotal role as bridges for technology dissemination, driving economic growth, and nurturing mutual trust—a role that has grown ever more critical. TCL, he noted, is pressing ahead with its "Globalization 3.0" strategy by constructing a comprehensive industrial ecosystem across five key regions, aiming to foster technological inclusivity worldwide.

On June 23, Guo Shougang, the Director-General of the No. 1 Department of the Equipment Industry at the Ministry of Industry and Information Technology, announced at a press conference held by the Information Office of the State Council that the Ministry is set to fully implement the strategies outlined by the Party Central Committee and the State Council aimed at stabilizing and expanding automobile consumption. The specific measures are as follows: Firstly, by reinforcing top-tier planning, the Ministry will expedite the formulation and issuance of the '15th Five-Year Plan' for the intelligent connected new energy vehicle industry, thereby fostering industrial upgrading. Secondly, with a focus on technological innovation, the Ministry will accelerate the research, development, and commercialization of cutting-edge technologies such as next-generation power batteries, automotive chips, operating systems, and autonomous driving capabilities, ensuring that the fruits of innovation reach consumers. Thirdly, to stabilize market operations, the Ministry will implement plans to sustain growth in the automotive sector, collaborate with departments like the Ministry of Commerce to pilot reforms in automobile circulation and consumption, encourage the replacement of old vehicles with new ones, and unlock market potential. Lastly, the Ministry will regulate the competitive landscape, building upon the achievements of previous efforts to maintain a robust and orderly market environment.

On June 23, Momenta released its post-hearing information pack on the Hong Kong Stock Exchange, officially entering the final sprint ( sprint can be translated as " sprint 阶段" or simply "final" phase in context, but kept as is for precision here) stage of its IPO, with CICC and Deutsche Bank serving as its joint sponsors. The prospectus shows that from 2023 to 2025, Momenta's revenue increased from RMB 743 million to RMB 2.413 billion, with an average annual compound growth rate exceeding 80%. By the end of 2025, the company's cash reserves exceeded RMB 10 billion, with cumulative R&D investment over the past three years reaching RMB 4.66 billion.

"AI+" is transitioning from isolated applications to large-scale implementation with open-source models and open ecosystems. Open-source models break the monopoly of closed-source systems, while open ecosystems disseminate model capabilities to platforms, tools, scenarios, organizations, and developers, driving AI from being merely available to widespread adoption.

On June 23, at a press conference hosted by the State Council Information Office, Yang Mu, the Director of the Department of Market Operation and Consumption Promotion at the Ministry of Commerce, revealed that, as of June 22, trade-in initiatives aimed at boosting consumption had cumulatively spurred sales of related goods to hit the 5 trillion yuan mark, benefiting a staggering 630 million individuals. Notably, sales from automobile trade-ins contributed a substantial 63% to this total, playing a pivotal role in enhancing people's livelihoods, stimulating consumption, optimizing industrial structures, and fostering a circular economy. The automobile trade-in policy has provided cumulative support to over 21 million people in exchanging their old vehicles for new ones, with each vehicle receiving an average subsidy of 14,000 yuan. This initiative has not only invigorated the second-hand car market but also propelled the green and intelligent transformation of the automobile industry, while facilitating efficient resource recycling. Moving forward, the Ministry of Commerce is set to refine convenient services, enhance digital and intelligent capabilities, and elevate participation experiences to further improve the quality and efficiency of automobile trade-ins.

Token, a cornerstone of the intelligent economy, has transcended its original role as a mere technical metric. It is swiftly evolving into an inclusive and standardized new form of production factor in the era of the intelligent economy. By March 2026, the average daily invocation volume of Tokens in China had soared past 140 trillion, marking a staggering thousandfold increase over just two years. Tokens have thus emerged as the "digital driving force" and the "essential lifeblood" propelling the intelligent economy forward. With the ascent of the Token economy, issues related to its value measurement and scientific pricing have attracted considerable attention.

Our reporters have acquired information from the State Taxation Administration indicating that, from January to May this year, the sales revenue of industrial enterprises across the nation experienced a relatively robust growth, with a year-on-year increase of 6.8%.

On June 18, Li Chao, a spokesperson for the National Development and Reform Commission, announced at a press briefing that during the implementation of the "15th Five-Year Plan," there will be a concerted effort to bolster collaborative planning and development among computing power networks, new-type power grids, and next-generation communication networks. This will entail delving into computing-power-and-electricity coordination mechanisms through substantial "hard investments," expanding direct connection lines for national hubs, and reinforcing "soft infrastructure" to improve the monitoring and market-driven allocation of computing resources. These measures aim to expedite the establishment of a comprehensive national computing power network. By the end of March 2026, China's intelligent computing power capacity had surged to 1.882 million P, representing a 2.5-fold increase from the previous year, with expectations of continued rapid growth.

On June 23, 2026, the Shenzhen Municipal Party Committee convened a dedicated session to propel the strategic planning and development of the city's "Six Networks," underscoring the importance of targeting pivotal sectors to elevate construction capabilities and standards. The session outlined the following objectives:

• Develop a modern water network characterized by intensive utilization, high efficiency, safety, and reliability.
• Expand capacity and enhance quality to forge a novel power grid that is intelligent and adaptable.
• Construct a computing power network with a systematic layout and agile provisioning, bolstering the provision of computing capacity, deepening interconnection and interoperability among computing resources, and emphasizing the synergy between computing and electricity.
• Establish a new generation of communication networks that are high-speed, ubiquitous, integrated, and enabling, expediting the construction of national-level internet backbone direct connection points, the research, development, and commercial deployment of 6G technology, the widespread adoption of "dual 10-gigabit" networks, and satellite network applications.
• Develop urban underground pipeline networks in a coordinated, synergistic, safe, and resilient manner.
• Build a logistics network that seamlessly connects internal and external operations and facilitates efficient circulation.

Recently, eight key departments, including the Ministry of Commerce, have jointly unveiled a comprehensive document. This document is centered on fostering the seamless integration of artificial intelligence (AI) with consumption patterns. It underscores the importance of broadening the consumption of intelligent products, enhancing service consumption through AI capabilities, and pioneering new consumption scenarios.

By showcasing and applying cutting-edge AI products, services, and innovative scenarios, the document outlines 17 targeted strategies across five pivotal domains. These strategies are designed to stimulate the consumption of smart gadgets, including smartphones, computers, and smart home appliances. Moreover, they aim to catalyze the intelligent transformation of service consumption in areas such as home living, elderly care, and cultural tourism. Additionally, the document advocates for the innovative utilization of AI in sectors like retail and logistics, thereby fostering a more intelligent and efficient consumption ecosystem.