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265–273 of 273 articles · page 12 of 12
- Researchers Map One of Nature's Largest Enzymes Behind Microbial MethaneA team at Marburg University has resolved the structure of an eight-megadalton molecular machine that lets microbes turn carbon dioxide into methane, offering a clearer view of a process central to the global carbon cycle.
- Cancer Immunotherapy's 'Obesity Paradox' Traced to Diet and Gut MicrobesA Nature study finds that diet shapes the gut's microbial ecosystem to boost immune-checkpoint therapy, pointing to short-term, targeted ways to help more patients respond.
- Language Models Show Promise at Forecasting Social Science ExperimentsA Nature study finds GPT-4 can anticipate the direction of many US survey experiments, offering researchers a low-cost planning aid — though it is no replacement for real people.
- Atom-Thin Boron Nitride Switches Make Gallium Nitride Radio Chips ReprogrammableAn international team has built programmable millimetre-wave circuits by integrating memristive switches made from two-dimensional hexagonal boron nitride directly onto gallium nitride chips.
- Physicists Extract Energy From Waves Using Synthetic Rotation, No Moving Parts NeededA team at the CUNY Advanced Science Research Center has recreated a decades-old idea about spinning black holes inside a radio-frequency device that never moves.
- An AI Agent Lets Quantum Computers Recalibrate Themselves Without PausingResearchers at Google turned a quantum machine's own error signals into a teacher, letting it hold steady through long computations.
- A Smarter Electrolyte Points Lithium-Metal Batteries Toward Longer LifeA Nanjing University team reports an additive that engages only at the electrode surface, letting high-energy lithium-metal cells endure hundreds more charge cycles.
- A Shared Reference Map Lets Scientists Compare Cells Across the Tree of LifeAn AI foundation model called UCE places 36 million cells from eight species into a single biological space, letting researchers annotate new data without retraining.
- A Material That Routes Heat and Remembers the SettingAn international team has built a layered device that can decide which way thermal radiation flows, switch that behaviour on or off, and hold the setting even after the power is cut.