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The advancement of nanotechnology opened up exciting new possibilities to create nanophotonic structures with nanoscale dimensions. A fundamental understanding of the optical properties of such structures is vital for the development of novel nanophotonic applications in fields such as photonic integrated circuits, targeted drug delivery, single-molecule spectroscopy, and many more.
In the past few years, cathodoluminescence (CL) has become more widely used in various fields, including geology, nanophotonics, materials science and even ...
As a powerful technique with high spatial resolution, cathodoluminescence (CL) imaging has been applied in many different fields, from geology to nanophotonics ...
Understanding the relationship between structure and function in biology relies strongly on imaging. While correlative light and electron microscopy (CLEM) is ...
Cathodoluminescence imaging is a powerful technique often used to investigate semiconductor materials.
Cathodoluminescence is commonly used to probe light emission characteristics in semiconductor LED materials.
Cathodoluminescence processes can be divided into two categories: coherent and incoherent CL. But what is the difference between these? In this blog post we ...
Cathodoluminescence is commonly used to pre-screen geological samples and combined with other SEM techniques for in-depth study. Various CL imaging modes can ...
Cathodoluminescence is a specific form of luminescence caused by ‘free’ electrons (or simply electron propagating through space).
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