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The Secret to Accurate Calculations: How Atoms Help Understand Molecules ⚡ экспресс

Original: "Modular Construction of Jastrow Factors for the Transcorrelated Method"
arXiv:2512.07530 · 2025-12-08 · CC BY · ⏱ 1 min · Chemical Physics Computational Physics
Scientists have found a way to transfer ready-made electron behavior rules from atoms to complex molecules, simplifying and refining calculations.
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Previously, to accurately describe a molecule, one had to re-select dozens of parameters. Now you can take 'blanks' from atoms — and the calculations become not only faster but also more reliable. This trick will save chemists' effort and help create new materials more quickly.

🎯 Electrons in a molecule observe personal space more strictly than people on a subway: the mathematical distance rule helps predict their trajectories with pinpoint precision.

🎬 The idea of transferring perfect settings from atoms to molecules is like assembling a space station from autonomous modules, each already perfect.

Scientists
Charles-Augustin de CoulombJames Clerk MaxwellJohannes RydbergTheodore LymanDaniel BernoulliLeonhard Euler
Tags
hydrogen Water carbon
Laws
Coulomb's lawRydberg formulaBernoulli's principleArchimedes' principleBalmer formulatriple-alpha process (Hoyle process)
Original: arXiv:2512.07530 · CC BY · bridge42worlds