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Twice as strong, twice as plastic. A paradox that refutes a hundred years of metallurgy
This metal is at the same time twice as strong and twice as malleable as its predecessor. Dislocations - linear defects in a metal crystal - have been a trade-off for a hundred years: strength at the expense of ductility. The team from Xi'an has just proven that this compromise does not exist.
A leaf that died to give electricity. Dead energy paradox
A dead leaf should not produce electricity. Alive - yes. Photosynthesis is, after all, the world's oldest power plant: sunlight converted into chemical energy with an efficiency that artificial cells still cannot match. But a dead leaf? The one who fell from the tree is lying on the sidewalk and in a week
Paper mill waste just solved a 40-year-old membrane problem. Why hasn't anyone thought of this before
Wentian Zhang from Sun Yat-sen University turned to alkaline lignin - a waste from paper production - and created a nanofiltration membrane that is both 3.6 times faster and 5.7 times more selective than commercial equivalents. How did waste that had been sitting in the furnace for decades solve a fundamental physical compromise?
Lithium that no one could get out. Lingchen Kong did just that.
77 sodium atoms for each lithium atom. 40 failed experiments. One graduate student from Washington, D.C., who solved a problem that billion-dollar companies were working on. Here's how Lingchen Kong extracted lithium from geothermal brine - without chemicals, at a third of the market price.
58 percent less. Why no one believed in battery recycling for 20 years
A team from Stanford University has proven that recycling lithium-ion batteries reduces the environmental impact by at least 58% compared to mining. Poland, as the largest battery producer in Europe, has 5 years to build its own recycling.
One robot instead of a laboratory. The AI chemist just got a job
The first fully autonomous, multi-agent AI chemist completed six real-world wet experiments, from MOF network synthesis to Suzuki reaction optimization. Llama-3.1-70B on-premises, no cloud.
16 billion tons under roof. Why buildings can be the largest CO2 store on Earth
16.6 billion tons of CO2 per year - that's how much buildings made of carbon-absorbing materials could store. Science reviewers told us to count three times. The number was right.
A sensor that feeds on waves
A Faraday cage-inspired triboelectric nanogenerator produces 1,276 volts just from swinging on a wave. Measuring buoys without batteries, without replacement every three months, without ship and crew.
Photon from orbit. A microsatellite just made quantum internet practical
Jinan-1 weighs 96 kg instead of Micius' 631 kg, and the ground station weighs 100 kg instead of 13 tons - and stands on the roof of an office building in three hours. Quantum key distribution no longer requires an observatory.
23 kilograms that change everything
571 thousand bits of quantum key in a six-minute flight, with an error of 0.99%. The payload of Jinan-1 weighs 23 kg, the ground station weighs 100 kg. Four cities, routine work from 2022 to 2023.
Supposed to Be Better Than the Tokamak. It Lost for 70 Years. Now It's Back
In December 2015, physicists in Greifswald, Germany, fired up Wendelstein 7-X — the world's largest stellarator. The plasma held. Why a concept theoretically free of the tokamak's biggest flaws is now racing back, powered by HTS magnets and private capital.
A Nanometric Island, Tons of Clean Water
A single cobalt atom cleans tons of wastewater. How nano-island architecture breaks the Fenton catalysis paradox — 98.2 min⁻¹ M⁻¹, zero toxicity, 90% after eight cycles. Nature Communications 2025.