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A simple design approach and predictive computational methods have spawned a pathway for making materials that could trap specific molecules — an ability needed for applications such as carbon capture.
Artificial neural networks that model the visual system of a male fruit fly can accurately predict the insect’s behaviour in response to seeing a potential mate — paving the way for the building of more complex models of brain circuits.
The chemistry of promethium, a rare radioactive element, has been clouded in mystery, owing to its scarcity and the difficulties involved in working with it. The synthesis of a complex of promethium plugs this knowledge gap.
When chromosomes are lost or gained, massive changes in gene expression disrupt the delicate balance of proteins in a cell. Yeasts with incorrect chromosome numbers counteract this by degrading excess proteins.
Long-term memories are thought to be represented by the same brain areas as those that encode sensory stimuli, but the mechanisms remain unclear. A study that recorded neural activity from face-selective regions of the macaque brain found that these regions represent familiar faces using a neural code that is distinct from the one for sensory representation.
ChatGLM is one of hundreds of AI language models being developed for the Chinese language. It comes close to ChatGPT on many measures, say its creators.
For 100 years, Egypt’s scientists have watched as their nation’s story was largely told by institutions from Europe and the United States. Can a stunning new museum change that narrative?
The Royal Botanic Gardens, Kew, emphasizes the importance of conserving wild plant species, plus a wonderstruck sky-watcher spots a brilliant meteor, in the weekly dip into Nature’s archive.
Researchers are borrowing approaches from psychology and neuroscience to find out how large language models ‘think’. Plus, self-driving super lab finds record-breaking laser material and AI-designed drugs get a reality check.