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  • The Widespread Applications of Self-Healing Nanoparticles
    Article - 24 Nov 2020
    The usefulness of self-healing materials was discovered two years ago and this material still intrigues the scientific community, with researchers using nanotechnology to enhance the self-healing...
  • How Could Nano-Diamond Batteries Revolutionize Power Generation?
    Article - 12 Nov 2020
    Researchers have claimed that nano-diamond batteries could have a lifetime of 28,000 years. Such batteries would not only be beneficial to the world of electric cars and mobile phones, but their...
  • The AtomChip: Bringing Nanofabrication and Quantum Optics Together
    Article - 16 Jun 2011
    One of the scientific revolutions of the 20th century is Quantum Mechanics. It is a weird theory, extremely different from our day to day experiences, in which, for example, a particle can act as a...
  • Nanowires: Definition, Properties, and Applications
    Article - 21 Jun 2024
    Nanowires offer unique electrical, optical, and magnetic properties, enabling advancements in computing, healthcare, and national security through innovative material customizability and quantum...
  • Scanning Tunneling Microscopy (STM) - Applications
    Article - 21 Jul 2006
    Scanning Tunneling Microscopy (STM) has transformed the examination of solid surfaces. It has facilitated tracking of images & conducting spectroscopy with atomic resolution.
  • Binding of Carbon Nanotubes Dispersed by Optical Tweezer on Silicon Surface
    Article - 10 Jun 2006
    Optical tweezers cum microdissection combi was used for dispersion of carbon nanotubes, The resultant nanotubes were functionalized with thionyl chloride and then successfully bound to functioalized...
  • What is Plasmonics?
    Article - 4 Dec 2024
    Plasmonic devices use materials like gold, silver, and graphene for optical sensing and energy applications. Advances in hybrid designs and alternative materials aim to reduce losses and improve...
  • A Guide to Semiconductor Chip Layers
    Article - 5 Jul 2024
    Semiconductors, the backbone of modern electronics, are created through intricate processes involving materials like silicon and technologies such as photolithography and doping.
  • Studying Electrical Properties -and More- with AFM
    Article - 15 Mar 2024
    In this article, Bruker details how AFM can be used to study the electrical, thermal and mechanical properties of a wide range of materials and devices.
  • How to Improve Nanowire Electrical Properties
    Article - 22 Jan 2024
    Plasma treatment enhances nanowire electrical properties, offering a flexible, transparent alternative to ITO for electronics.

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