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Results 1 - 10 of 748 for graphene
  • Article - 17 Sep 2024
    Nanotechnology is advancing aerospace materials by enhancing strength, reducing weight, and improving thermal resistance. Key applications include lightweight composites, advanced coatings, and...
  • Article - 16 Sep 2024
    Nanotechnology allows for molecular-level precision, enhancing material properties and enabling applications in medicine, electronics, energy, and aerospace.
  • Article - 11 Sep 2024
    Graphene-based nanomaterials show promise in drug delivery, but challenges like toxicity and aggregation must be addressed for safe biomedical applications.
  • Article - 9 Sep 2024
    Nanotechnology involves the study and use of materials at the nanoscale, with applications in fields like medicine, electronics, and energy, as well as considerations around their safe and effective...
  • Article - 30 Aug 2024
    Graphene, the "wonder material" of the 21st century, continues to redefine science and technology with its exceptional properties. Recent advancements highlight its potential in faster computing,...
  • Article - 23 Aug 2024
    Hexagonal boron nitride (hBN) is emerging as a key material in quantum technologies, offering unique properties for quantum sensing, single-photon emitters, and global quantum networks, with...
  • Article - 2 Aug 2024
    Stanene, a single layer of tin atoms with a buckling honeycomb structure, is a promising quantum spin Hall insulator. Its unique properties and potential for 100 % electrical efficiency make it...
  • Article - 1 Aug 2024
    Atomic Force Microscopy (AFM) produces highly detailed nanoscale surface plots. It uses a sharp probe to map surfaces, offering unparalleled resolution and insights into material properties. AFM's...
  • Article - 30 Jul 2024
    BNNTs are a promising alternative to CNTs, offering unique properties like high strength, thermal stability, and wide-gap semiconducting behavior, making them suitable for advanced nanotechnology...
  • Article - 26 Jul 2024
    Molecular switches provide a "bottom-up" approach for nanoelectronics, allowing for miniaturization beyond the constraints of silicon. By enabling precise control at the molecular level, these...

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