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Abstract Low dimensional carbon-based materials can show intrinsic magnetism associated to p-electrons in open-shell π-conjugated systems. Chemical design provides atomically precise control of the π-electron cloud, which makes them promising for nanoscale magnetic devices. However, direct verification of their spatially resolved spin-moment remains elusive.
Abstract The superconducting materials family of doped Bi2Se3 remains intensively studied in the field of condensed matter physics due to strong experimental evidence for topologically nontrivial superconductivity in the bulk. However, at the surface of these materials, even the observation of superconductivity itself is still controversial.
To print this article, all you need is to be registered or login on Mondaq.com. Introduction The Covid-19 pandemic has caused authorities all over the world to take measures in an attempt to keep the spread of the virus under control. Some of these measures have been in the form of laws and regulations and other have been advice, recommendations and guidelines for people and businesses.
Surface-confined dehalogenation reactions are versatile bottom-up approaches for the synthesis of carbon-based nanostructures with predefined chemical properties. However, for devices generally requiring low-conductivity substrates, potential applications are so far severely hampered by the necessity of a metallic surface to catalyze the reactions.
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