Depuis plus d'un siècle, les chimistes construisent des molécules complexes étape par étape – liaison par liaison, atome par atome. Mais que se passerait-il si, au lieu de réassembler minutieuseme ...
Un nouveau modèle d'IA est désormais si performant pour prédire l'évolution des molécules au fil du temps qu'il pourrait, à l'avenir, accélérer le processus coûteux et chronophage de test des nouv ...
Superatomic molecules, constructed by the fusion or combination of spherical metal nanoclusters (superatoms), offer a novel framework for understanding the stability of anisotropic metal nanoclusters. This review highlights recent advances,
Google DeepMind will establish its first “automated science laboratory” in the UK, as it signs a new partnership with the British government in a move designed to enhance the use of artificial intelligence across the country. (Lire plus...)
Scientists are also looking to use AI to design and make molecules on demand (Lire plus...)
The absence of gravity and exposure to extreme conditions can affect fluid behavior and alter certain materials. Learn about the benefits of conducting Advanced Materials and Manufacturing research sponsored by the International Space Station...
Quantum-confined nanoclusters can be described by the jellium model, which emphasizes closed-shell electron configurations, but an open-shell variation with jellium aromaticity has been proposed. Such clusters are termed superatoms because they ...
Ensuring U.S. leadership of in-space manufacturing in low Earth orbit by enabling the use of the ISS National Laboratory to demonstrate the production of advanced materials and products for terrestrial markets.
A promising research area in nanomaterials is the use of superatomic clusters as building blocks for creating novel molecules or materials with tailored properties. However, assembling these superatoms into functional materials is challenging (Lire plus...)
