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A festive electrochemistry‐informed neural network (ECINN) is demonstrated by Richard G. Compton et al. (e202315937) in their Communication. The ECINN has three subnets, each made of three layers of “Chinese lantern” neurons, embedding diverse electrochemical knowledge including electrochemical kinetics to mass transport to solve experimental voltammograms and hence parameter estimation. Decorated...
Die Zusammensetzung von β‐Fe1+xSe wurde postsynthetisch in elektrochemischen Experimenten variiert, mit gleichzeitiger Analyse der strukturellen Veränderungen via In‐situ‐Synchrotron‐Röntgenbeugung. Die gesamte Phasenbreite von 0.01<x<0.04 ist dabei zugänglich und der Phasenübergang zur Supraleitung bei ca. 8 K wird, im Gegensatz zu früheren Berichten, unabhängig von x beobachtet. Andererseits...
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