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The rapidly emerging field of domain wall nanoelectronics exploits the different functionality of ferroelectric domain walls relative to the bulk. In article number 1903620, Finlay D. Morrison and co‐workers present a new improper ferroelectric with the hexagonal tungsten bronze structure. This material displays the same complex labyrinthine domain structure, including six‐fold “cloverleaf” domain...
Since the observation that the properties of ferroic domain walls (DWs) can differ significantly from the bulk materials in which they are formed, it has been realized that domain wall engineering offers exciting new opportunities for nanoelectronics and nanodevice architectures. Here, a novel improper ferroelectric, CsNbW2O9, with the hexagonal tungsten bronze structure, is reported. Powder neutron...
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