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Results 3131 - 3140 of 3213 for Scientific
  • Article - 7 Apr 2023
    The optical lattice clock has revolutionized scientific timekeeping by achieving unprecedented levels of accuracy. This article will introduce an overview of optical lattice clocks, how they work,...
  • Article - 24 Mar 2023
    The Free Electron Laser (FEL) Award is given to a person or people who have made a substantial contribution to the development of the free-electron laser field. The Award also offers the international...
  • Article - 3 Mar 2023
    Nonlinear optics is the branch of optics that studies the properties and the interaction of light in a medium where the polarization density interacts nonlinearly with the electric field of light.
  • Article - 28 Feb 2023
    Semiconductor lasers are generated via radiative recombination of charge carrier pairs in semiconductors. They are more efficient, cost-effective, and require less power than conventional laser...
  • Article - 10 Jan 2023
    Fourier transform infrared spectroscopy (FTIR) is a quick, simple, and efficient technique for identifying and quantifying the constituent elements in any sample. The capacity to identify and quantify...
  • Article - 13 Sep 2022
    AZoOptics speaks to Jan Novotný, one of the founding members of Lightigo, about the significance of laser-induced breakdown spectroscopy (LIBS) in the elemental analysis field. Discussing Lightigo's...
  • Article - 24 Aug 2022
    Digital technological advancements have made laser additive manufacturing (LAM) a revolutionary technique for industrial production. This article will look at what LAM is and its increasing...
  • Article - 23 Aug 2022
    The study of cells has been enhanced by data from cutting-edge electron microscopes for decades, and electron microscopy will likely remain important in cells well into the future.
  • Article - 12 Jul 2022
    This article explains the features of light and color spectrum, radiometry, spectrometry and spectroradiometer.
  • Article - 30 Jun 2022
    High-energy laser pulses can melt and vaporize polymers. Due to this capability, laser ablation is an ideal approach to texture polymer surfaces.

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