Nano-Magnets and Nano-Magnetisms
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When : N/A
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Submission Deadline : 2022-06-30
Categories : Chemistry , Nanoscience , Physical and life sciences , Meterials and Metallurgy
https://www.mdpi.com/journal/nanomaterials/special_issues/nano_magnetism
Dear Colleagues,
The past decade has witnessed fast development in the field of low-dimension magnetic systems, such as nanodots, nanowires, thin film and two-dimensional materials, which have become a cutting-edge area in magnetism. This field has garnered tremendous research interests in both fundamental physics (e.g., unique nanoscale topological domain states, electrical modulation of nano-magnetisms, geometrical confinement effects) as well as practical device applications (e.g., magnetic logic devices, random access memories, racetrack memories).
Despite these advances, there are yet many open issues to be addressed. For instance, it is still very challenging to achieve energy-efficient, multi-state, nonvolatile switching of nanomagnetic domains (e.g., topological domain states), in situ observation and controlled manipulation of nano-magnetisms in antiferromagnetic/ferromagnetic magnetic systems, room-temperature magnetism in two-dimensional magnetic systems, as well as emerging phenomena in association with nano-magnets and nanodomains.
This Special Issue aims to address a broad range of fundamental physics and practical applications referring to nanomagnets and nanomagnetism. The Special Issue will include experimental, theoretical, as well as numerical work. All article types including original research, review articles, and perspectives on the developing direction of this field are welcome.
Prof. Dr. Xingsen Gao
Dr. Zhipeng Hou
Guest Editor
The past decade has witnessed fast development in the field of low-dimension magnetic systems, such as nanodots, nanowires, thin film and two-dimensional materials, which have become a cutting-edge area in magnetism. This field has garnered tremendous research interests in both fundamental physics (e.g., unique nanoscale topological domain states, electrical modulation of nano-magnetisms, geometrical confinement effects) as well as practical device applications (e.g., magnetic logic devices, random access memories, racetrack memories).
Despite these advances, there are yet many open issues to be addressed. For instance, it is still very challenging to achieve energy-efficient, multi-state, nonvolatile switching of nanomagnetic domains (e.g., topological domain states), in situ observation and controlled manipulation of nano-magnetisms in antiferromagnetic/ferromagnetic magnetic systems, room-temperature magnetism in two-dimensional magnetic systems, as well as emerging phenomena in association with nano-magnets and nanodomains.
This Special Issue aims to address a broad range of fundamental physics and practical applications referring to nanomagnets and nanomagnetism. The Special Issue will include experimental, theoretical, as well as numerical work. All article types including original research, review articles, and perspectives on the developing direction of this field are welcome.
Prof. Dr. Xingsen Gao
Dr. Zhipeng Hou
Guest Editor
User Name : Olivia SUn
Posted 21-04-2022 on 18:12:52 AEDT
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