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Results 41 - 50 of 101 for Optical computing
  • Article - 22 May 2008
    Exploring biosensors' molecular interactions using Spectroscopic Ellipsometry to measure biofilm thickness in biotin-avidin systems.
  • 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...
  • Article - 18 Dec 2024
    Black phosphorus is a 2D material with unique properties, ideal for electronics, energy storage, and biomedical applications due to its tunable characteristics.
  • Article - 1 May 2024
    Graphene nanoribbons (GNRs) show promise for advanced electronics and photonics, with tunable properties and challenges in scalable fabrication.
  • Article - 23 Nov 2023
    In this article, we discuss how tuning chirality in carbon nanotubes (CNTs) can alter their properties for specific applications.
  • Article - 8 Mar 2021
    NIR-II in vivo imaging revolutionizes preclinical research with deep tissue penetration and high-resolution capabilities, enhancing tumor and vascular studies.
  • Article - 9 Jan 2020
    The function of traditional computing is reaching its capacity. Transistor-based silicon technologies that rely on binary encoding, are failing to meet the needs of modern science.
  • Article - 18 Apr 2018
    Nanochemistry unites – unsurprisingly – nanoscience and chemistry, exploring the new rules of behavior that emerge on the nanoscale.
  • Article - 18 Apr 2017
    Model-based CSI enables precise metrology of transparent surface films, offering high-resolution thickness and topography maps across various magnifications.
  • Article - 30 Sep 2016
    Nanoparticles have become an area of intense scientific research due to the broad range of potential applications in the optical, biomedical and electronic fields.

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