News Summaries

AI ‘Digital Employees’ Are Transforming Everyday Work – From Earthquake Forecasts to Trade Shows

Across China, companies and government agencies are rushing to put artificial‑intelligence “agents” to work. These smart assistants go far beyond answering simple questions – they can search databases, draw maps, analyze data and even carry out tasks on their own. A recent showcase is the “Seismic Science Intelligent Agent” built by the China Earthquake Administration. Using a large‑language model called Diting, the bot lets users type a single sentence and instantly receive queries, maps and analysis about earthquakes. Within hours, more than 500 experts from 140 organisations signed up to test it. At the 2026 Shaoxing Keqiao Textile Expo, a buyer asked the exhibition robot “Xiao Bu” to locate curtain‑fabric suppliers. The bot instantly displayed a live booth map and announced the best matches, earning praise for its speed and ease of use. Industry insiders say the market for such agents is exploding. Sigo Technology’s platform “Thingo” combines the “brain” of large AI models with the “hands” of dozens of tools, allowing it to understand complex, multi‑step requests and coordinate several agents to finish the job. Financial firms, for example, can now generate full risk‑assessment reports with a single prompt, while banks let staff pull monthly transaction data without manual clicks. China’s intelligent‑agent market topped 23 billion yuan in 2025, growing at more than 120 % a year. At the same time, regulators have issued new standards to guard against privacy leaks and unauthorized actions, insisting that security, reliability and ethics become the baseline for future development. In short, AI agents are moving from “helpful assistants” to “digital employees” that can independently complete tasks, boost efficiency and drive the country’s industrial upgrade.

New ‘Narwhal’ Light Waves Could Revolutionize Optics and Communications

A team of physicists has uncovered a bizarre new type of light wave they’ve nicknamed “narwhal waves” because of their twisted, horn‑like shape. Unlike ordinary light that spreads out and fades, these waves can trap and guide photons along a tightly confined path, far beyond the limits set by traditional optics. The discovery came from experiments with specially engineered nanostructures that force light to swirl in a spiral, creating a self‑sustaining vortex that holds the light in place. This ability to confine light at such small scales could dramatically improve the performance of photonic chips, making data transmission faster and more energy‑efficient. It also opens the door to ultra‑compact sensors that can detect minute changes in their environment, from chemical leaks to biological markers. While the research is still in early stages, the scientists believe that harnessing narwhal waves could lead to a new generation of devices that blend the speed of light with the miniaturization of modern electronics, potentially reshaping everything from internet infrastructure to medical diagnostics.

China Nears Breakthrough in Space ‘Wireless Charging’ – Solar Power Station Tested on Earth

Chinese researchers have taken a big step toward turning space‑based solar power into a reality. Led by Academy of Engineering member Duan Baoyan, a team from Xidian University built and tested a ground‑based version of a “space solar power station” that can beam electricity to multiple moving targets using microwaves. In experiments covering several hundred metres, the system delivered more than a kilowatt of power with an overall efficiency of about 21 %, and a small drone was able to receive a steady 143 watts while flying at 30 km/h. The breakthrough lies in the ability to send high‑power microwave beams to several receivers at once, solving a long‑standing challenge of precise, multi‑target power delivery. The researchers also improved solar‑concentrating mirrors, photovoltaic conversion, and lightweight antenna designs, all essential for a future satellite that could act like a “wireless charging station” for other spacecraft or ground devices. Experts at a Shaanxi technology‑transfer meeting said the results are internationally competitive and could pave the way for commercial space‑based energy and related engineering projects. The work moves the concept of space solar power from theory toward practical, large‑scale deployment.

Asthma Medicine Shows Promise Against Tough Breast Cancers, Early Study Finds

A routine asthma pill may soon become a surprise weapon against some of the hardest‑to‑treat cancers, according to a new early‑stage study. Researchers discovered that the drug blocks a protein called CysLTR1, which many tumors hijack to turn a type of white blood cell—neutrophils—into “sleepers” that stop attacking the cancer. Normally, neutrophils help destroy tumor cells, call in other immune fighters, and boost the impact of certain cancer therapies. By stopping the tumor from pulling the plug on these cells, the asthma medication re‑awakens the immune system’s natural defenses. The findings, published in the journal *Nature Cancer*, focused on aggressive triple‑negative breast cancer, a form that lacks the usual hormone targets and often resists standard treatments. The study also offers a possible clue why some patients don’t respond to immunotherapy, which relies on the immune system to seek out and kill cancer cells. While the results are still early and based on laboratory work, they suggest that repurposing an already‑approved, inexpensive drug could speed up new treatment options for patients facing stubborn cancers.

Beyond 5G: A Seamless Space‑Air‑Sea Network to Power the Future

Imagine a world where your phone, a ship at sea, a drone soaring above, and a satellite orbiting Earth all talk to each other instantly. That’s the promise of the new generation “space‑air‑sea” communication network that researchers in China are racing to build. Unlike today’s networks, which rely mainly on ground‑based towers and can struggle in remote or moving environments, this integrated system weaves together terrestrial 5G cells, low‑orbit satellites, high‑altitude platforms and maritime links into one seamless fabric. The result is a signal that can hop from a city rooftop to a satellite, then down to a fishing boat or a mountain‑top village without losing speed or reliability. 5G already gave us faster streaming, smoother video calls and smarter cities, but the next leap—6G—aims to be at least ten times more powerful. Engineers plan to boost data rates to dozens of gigabits per second, cut latency to a few milliseconds, and embed artificial‑intelligence functions directly into the network. Such performance will enable ultra‑high‑definition holographic meetings, real‑time remote surgery, and fully autonomous vehicles that can react instantly, no matter where they are. While the technology is still in the lab, pilots are already testing satellite‑ground handoffs and sea‑to‑air links. If successful, the space‑air‑sea network could erase the digital divide, bring high‑speed internet to the most isolated corners of the globe, and lay the foundation for the hyper‑connected world of tomorrow.

China Unveils Nationwide “Digital Lifeline” to Boost Emergency Response and 5G‑Powered Innovation

On World Telecommunications and Information Society Day in Wuhan, Chinese officials announced a new “digital lifeline” that links emergency services, industry, and everyday life through ultra‑reliable digital infrastructure. The centerpiece is the National Emergency Communication Integration Access Platform, now live across the country. In a disaster, people can automatically tap into the emergency network without swapping SIM cards or devices, and the system has already handled over a million user accesses and tens of thousands of calls. China’s telecom giants are racing to expand 5G‑A, 6G research and satellite internet, covering more than 330 cities with dual‑gigabit networks. Factories in Wuhan are already running on a 5G‑connected platform that cuts energy use by 30% and speeds production, while a 5G‑AI defect‑detection system at a nearby plant has boosted output by 32% and slashed equipment failures. Small businesses are feeling the impact too. A tea company now monitors its fields with AI‑driven security and data‑driven decisions, and a three‑person studio produced an AI‑generated short film that went viral overseas with just a few thousand yuan in computing costs. Consumers can download a 4K movie in two minutes, turn 2D clips into 3D on the fly, and use AI‑guided fitness apps that correct movements in real time. The government says this digital backbone will keep the economy stable, protect data, and improve everyday life for all Chinese citizens.