Mapping the universe, faster and with the same accuracy
Effort.jl uses a neural network trained on EFTofLSS outputs to analyze cosmological data in minutes on standard laptops, enabling faster dark energy studies without supercomputers.
6 Articles
6 Articles
Scientists Just Found a Way to Simulate the Universe on a Laptop
The Universe is woven into a vast cosmic web of galaxies, clusters, and filaments, but modeling such complexity has always demanded supercomputers and immense time. Now, scientists have introduced Effort.jl, an innovative emulator that mimics the behavior of advanced cosmological models with striking accuracy, sometimes even improving on them, while running in minutes on a [...]
Mapping the universe, faster and with the same accuracy
If you think a galaxy is big, compare it to the size of the universe: it's just a tiny dot which, together with a huge number of other tiny dots, forms clusters that aggregate into superclusters, which in turn weave into filaments threaded with voids—an immense 3D skeleton of our universe.
“The Fastest 3D Map of the Universe Ever Made” – Meson Stars
https://youtube.com/watch?v=CDWiD0iXyN8 “The Fastest 3D Map of the Universe Ever Made” When we look at the universe, galaxies seem enormous — but compared to the cosmic web, they’re just tiny dots, arranged into clusters, superclusters, and vast filaments stretching across space. Mapping this gigantic structure is one of astronomy’s greatest challenges. Traditionally, researchers rely on detailed physical models like the Effective Field Theory o…
Charting the Universe: Faster Mapping with Unmatched Precision
In the vast expanse of the cosmos, galaxies—despite their immense size—appear as mere specks when viewed in the context of the Universe itself. These tiny points, countless in number, assemble into clusters that further coalesce into superclusters, a colossal web of interconnected structures known as filaments, all interlaced with enormous voids. This intricate network forms […]
If you think a galaxy is large, compare it to the size of the universe: it's just a small point that, with a large number of other tiny points, forms clusters that blend into superclusters, which in turn weave into empty threaded filaments – an immense 3D skeleton of our universe. If it gives you [...]
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