New Triple‑Drug Combo Erases Pancreatic Tumors in Mice – A Hopeful Leap Toward Human Cures

Scientists at Spain’s National Cancer Research Center (CNIO) have announced a striking breakthrough: a three‑drug cocktail that wiped out pancreatic tumors in laboratory mice. Pancreatic cancer is notorious for its grim survival rates, largely because its tumors grow fast, hide from detection, and quickly become resistant to standard chemotherapy. The CNIO team zeroed in on a mutated gene—found in about 90 % of human pancreatic cancers—that drives this aggressiveness. By pairing two drugs already approved by the U.S. Food and Drug Administration with a third experimental compound, they were able to shut down the mutant gene’s activity. All of the treated mice showed lasting tumor shrinkage, and none suffered serious side effects, a result that has sparked excitement about moving the regimen into human trials. If the therapy proves safe and effective in people, it could become the first major advance against a disease that claims more lives than any other common cancer. The announcement arrived alongside other health headlines, including a soaring measles outbreak in South Carolina, a promising microneedle patch for painless IVF hormone delivery, and the United Kingdom’s loss of measles‑free status. Together, these stories underscore a week of both sobering challenges and hopeful scientific progress.

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China’s Breakthroughs: Bend‑able Semiconductors, Home‑Made 5G Filters, and Grain‑Free Ethanol

On Jan. 28, 2026 the Chinese Academy of Sciences announced its 2025 Outstanding Scientific and Technological Achievement Awards, highlighting 14 projects that span pure discovery to industrial rollout. A standout is the "plastic inorganic semiconductor" team from Shanghai’s Institute of Ceramics, which proved that materials once thought brittle—like indium selenide and silver sulfide—can be stretched and bent like metal wire. By creating a temperature‑dependent plastic model and adapting metal‑working techniques, they produced over 20 room‑temperature plastic semiconductors, cutting waste, cost and opening a new research direction. Another prize‑winning effort tackled the massive demand for RF filters in 5G/6G phones. Researchers at the Shanghai Institute of Microsystems developed a "universal ion‑blade" process that peels ultra‑thin single‑crystal films and bonds them to heterogeneous substrates, enabling domestic production of silicon‑based piezoelectric filters. In 2025 the line reached mass‑production with nearly 50,000 wafers, supplying flagship smartphones and reducing reliance on imports. A third innovation rewrites ethanol production. The Dalian Institute of Chemical Physics created a non‑grain route that converts dimethyl ether—derived from coal‑derived waste gas—into methyl acetate and then ethanol. The technology, already licensed for 5.15 million tons per year, promises low‑carbon fuel without competing with food crops and supports China’s carbon‑peak and neutrality goals.

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China’s Robot Revolution: From Mass Production to Cutting‑Edge Innovation

China’s industrial‑robot sector kept its rapid pace in 2025, showing a new blend of speed and sophistication. By marrying large‑scale AI models, machine‑vision systems and smarter hardware, factories are turning robots into flexible, precise assistants that can weld, machine and assemble with unprecedented consistency. Domestic robots now serve 71 industry categories and 241 sub‑categories, from new‑energy plants to aerospace and high‑end equipment manufacturers, reflecting a surge in demand across the economy. Despite these gains, Chinese firms still trail the world’s top players in a few crucial areas. The home‑grown knowledge base for core theory and original technology is thin, frontier research lags, and the reliability of high‑end robots needs improvement. Some critical applications still depend on imported brands. Experts say the next step is to shift the industry from “big” to “strong.” That means stronger policy backing—expanding the “robot+” pilot programmes, funding basic research, and tightening standards—while encouraging deeper ties between companies, universities and research institutes. Boosting talent pipelines, supporting vocational training in robotics, and directing capital toward breakthrough components such as high‑precision reducers and industrial chips are also essential. With coordinated effort, China aims to close the gap, nurture home‑grown innovation and lead the global robot market.

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China’s Top Scientists Unveil Flexible Chips and Home‑Made 5G Filters

On Jan. 28, 2026, the Chinese Academy of Sciences announced the winners of its 2025 Outstanding Scientific and Technological Achievement Award. Fourteen projects were honored, ranging from brand‑new inventions to technologies already being mass‑produced. Two of the most eye‑catching breakthroughs involve semiconductors – the tiny chips that power everything from smartphones to satellites. First, researchers at the Shanghai Institute of Ceramics have created “plastic” inorganic semiconductors that can be bent and stretched like a metal wire, overturning the long‑standing belief that such materials are always brittle. By experimenting with compounds such as indium selenide and silver sulfide, the team identified more than 20 room‑temperature flexible semiconductors and even built a model that predicts how they behave at different temperatures. The new manufacturing method uses metal‑working techniques, cutting waste and cost while keeping precision. Second, a team led by Ou Xin at the Shanghai Institute of Microsystems solved a bottleneck for 5G and upcoming 6G networks. Their “universal ion knife” can slice ultra‑thin single‑crystal films and attach them to mixed‑material substrates, much like cutting noodles. The technology is now in full‑scale production, with about 50,000 wafers made in 2025 and domestic filter chips already installed in flagship smartphones. These advances illustrate China’s push to turn laboratory discoveries into real‑world products that support everyday life and future communications.

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China’s Renewable Power Hits a Milestone: 1.8 Billion Kilowatts of Wind and Solar Online

China’s push for clean energy has reached a new high. By the end of 2025 the country’s total installed power‑generation capacity rose to 3.89 billion kilowatts, a 16 % jump from the previous year. Of that, wind and solar together now supply 1.84 billion kilowatts – almost half of all power in the nation – marking the first time these green sources have topped 1.8 billion kilowatts. Solar installations alone hit 1.2 billion kilowatts, up 35 % year‑on‑year, while wind capacity grew to 640 million kilowatts, a 23 % increase. For the first time, renewable capacity has overtaken traditional thermal power, surpassing it by about 300 million kilowatts. The growth has been steady: new wind‑solar capacity added 120 million kilowatts in 2022, 290 million in 2023, 360 million in 2024, and a record 430 million in 2025. The surge comes from a mix of massive desert‑based farms, expanding offshore wind projects, and rooftop solar panels on homes and farms across the country, positioning China as the world’s largest and fastest‑growing renewable‑energy system.

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