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  • Focus |

    NPG Asia Materials is proud to present Review Collection 2015-2016, putting together recent reviews published in the journal. These reviews are written by prominent scientists and cover cutting-edge areas of materials research.

  • Focus |

    NPG Asia Materials is proud to present a web focus on Magnetic materials for spintronic devices. This web focus features a selection of articles that are related to magnetic materials for potential application in magnetoelectronic and spintronic devices. Such materials include artificial multiferroics, half metallic Heusler alloys, topological insulators, Dirac semimetals, manganites, nanofibers, and spin wave materials, as well as molecular interfaces.

  • Focus |

    NPG Asia Materialsis proud to present a web focus on materials for advanced energy conversion and storage. This web focus features a selection of articles that are related to the processes of converting and storing energy, including concepts of novel fuel cells, processing and materials for solar cells, as well as high-performance electrodes for supercapacitors and ion batteries.

  • Focus |

    This web focus features a selection of articles on topics that range from biomaterials such as cellulose or silk protein to bio-inspired materials such as polymer nanotubes and topological nanostructures to functional device concepts such as DNA computers or nanowire biosensors.

  • Focus |

    This web focus features a selection of articles concentrating on materials that are formed inherently as two-dimensional layers, such as graphene, and on material structures assembled into layered architectures by processes such as layer-by-layer assembly or self-rolling.

  • Focus |

    This web focus features a selection of articles on recent developments in organic and inorganic electronic materials. The focus covers recent progress in organic conductors and semiconductors, combinations and composites of organic and inorganic nanomaterials for stretchable and flexible electronic devices, the shape control of semiconducting nanomaterials for advanced functionality.