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Delmic invites you to their webinar

Cathodoluminescence for plasmonics

About this webinar

Join the upcoming webinar dedicated to studying plasmonic structures with cathodoluminescence. Cathodoluminescence imaging established itself as a powerful technique for studying and analysing nanostructures and optical phenomena at the nanoscale. This technique opens up information about the local density of electromagnetic states and allows measuring the directionality and polarization of emission. This information can be essential for the field of plasmonics. In this webinar our product manager and cathodoluminescence specialist Toon Coenen will explain how cathodoluminescence can be used to retrieve optical properties of plasmonic materials with the deep-subwavelength resolution, including:

  • measuring the spectral and spatial distribution of plasmon resonances in a structure with nanoscale spatial resolution,
  • measuring the angular profile to study directionality,
  • measuring the polarization of emission

Our speaker will also briefly cover the basics of cathodoluminescence, but if you would like to learn more about this technique in the meantime, make sure to check our previous webinars dedicated to cathodoluminescence basics, cathodoluminescence for geological applications, nanophotonics and more.

If you are not able to join the webinar live, no worries: if you register, you will receive the recording of the webinars right after it finishes.

Read more information about cathodoluminescence for the fields of nanophotonics and plasmonics on our website and download a free application note on studying plasmonic nanoantennas with CL.

Hosted by

  • Team member
    Vera Lanskaya Marketing Coordinator @ Delmic

  • Guest speaker
    TC G
    Toon Coenen Product Manager @ DELMIC


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Delmic is a passionate high-tech company that develops powerful and user-friendly equipement for light and electron microscopy.
Through our great service, communication and expertise we help researchers and companies to focus on their research, and not on the instrument.