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  • Article - 10 Feb 2023
    Quantum cascade lasers are a type of semiconductor laser that typically emit in the mid-infrared region (~ 4 µm to 10 µm). They are somewhat unusual in comparison to other laser systems in terms of...
  • Article - 20 Dec 2022
    From the development of efficient quantum cascade lasers that cover most of the mid-infrared region to excimer lasers that provide a range of different UV wavelengths, advances in laser technologies...
  • Article - 31 Oct 2022
    Photoelectron spectroscopy involves the detection of the kinetic energies of photoelectrons emitted following an ionization event. If it is assumed that the emitted photoelectrons do not undergo any...
  • Article - 10 Mar 2022
    Some of the most common spectroscopic methods that are used by food industries to quantify the presence of food additives in their final food products include ultraviolet/visible (UV/Vis) spectroscopy...
  • Article - 2 Mar 2022
    AZoOptics interviews R. Bruce Weisman from Rice University in Texas, US, who has discovered fluorescence from silicon nanoparticles in cement and how it can be used to reveal early signs of damage in...
  • Article - 16 Feb 2022
    Quantum mechanics technology is expected to transform how the world operates in the near future. The past several years have already seen quantum technologies reach important milestones, with...
  • Article - 23 Dec 2021
    Researchers have recently developed a molecular device that converts infrared radiation into visible light. This device enhances the sensitivity of many sensors and enables their application in...
  • Article - 26 Oct 2021
    Optical technologies, including photonics, can be introduced to recycling to improve its efficiency and ultimately make it more sustainable, according to new research.
  • Article - 22 Oct 2021
    A team of researchers from both Skoltech and IBM has created an incredibly efficient optical switch that may pave the way to new, energy-efficient optical transistors.
  • Article - 22 Jul 2021
    Scientists are using artificial intelligence (AI) to improve imaging techniques so that ischemic and hemorrhage strokes might be identified faster.

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