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A new artificial material mimics quantum entangled rare earth compounds

Physicists have created a new ultra-thin two-layer material with quantum properties that normally require rare earth compounds. This material, which is

Researchers discover new type of atomically thin conductive carbon material and it's not graphene -- Science & Technology -- Sott.net

© University of Marburg, Aalto University Structure of the new carbon network. The upper part shows schematically the linking of the carbon atoms, forming squares, hexagons, and octagons. The lower part is an image of the network, obtained with high-resolution microscopy. Carbon exists in various forms. In addition to diamond and graphite, there are recently discovered forms with astonishing properties. For example graphene, with a thickness of just one atomic layer, is the thinnest known material, and its unusual properties make it an extremely exciting candidate for applications like future electronics and high-tech engineering. In graphene, each carbon atom is linked to three neighbors, forming hexagons arranged in a honeycomb network. Theoretical studies have shown that carbon atoms can also arrange in other flat network patterns, while still binding to three neighbors, but none of these predicted networks had been realized until now.

A new form of carbon

Scientists Unravel New Type of Atomically Thin Carbon Material

Scientists Unravel New Type of Atomically Thin Carbon Material Written by AZoNanoMay 21 2021 Carbon occurs in different forms in nature. Apart from graphite and diamond, there are some recently discovered forms with surprising properties. Structure of the new network. The upper part schematically shows how the carbon atoms link as squares, hexagons, and octagons. The lower part is an image of the network, obtained with high-resolution microscopy. Image Credit: University of Marburg and Aalto University. For instance, graphene, having a thickness of only one atomic layer, is the thinnest known material and its exceptional properties make it a highly exciting candidate for applications such as high-tech engineering and future electronics.

University researchers produce new carbon allotrope with metallic properties