News

Configure your cathodoluminescence detector with the SPARC configurator

June 12, 2019

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Request an online demonstration of SPARC

May 28, 2019

In May we performed the first online live demonstration of the SPARC cathodoluminescence system. It was a great opportunity for those who wanted to learn more about both hardware and software of the system. 

During the demonstration our Product Manager Toon Coenen briefly explained the principles of cathodoluminescence and a few imaging modes. After that, he showed the system and talked about the hardware: detectors and optical modules. The rest of the demonstration was dedicated to looking at the geological samples and acquiring images with intensity mapping, hyperspectral and angle-resolved cathodoluminescence. 

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Meet Delmic in France and Sweden next month!

May 16, 2019

Next month Delmic is going to participate in two very interesting events, dedicated to multimodal analysis and correlative microscopy.

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Join an online live demonstration of the SPARC system

April 30, 2019

Join the first online live demonstration of the SPARC system with Delmic product manage Toon Coenen and application specialist Sangeetha Hari. This live session is a unique opportunity to learn about the possibilities of the cathodoluminescence detector, learn about the software and imaging process. The demonstration will take place on May 20th at 11 AM (CEST).

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Energy-momentum cathodoluminescence imaging used for probing topological silicon photonic lattices: new paper

April 23, 2019

The new paper, which was published in Physical Review Letters, studies two-dimensional hexagonal photonic lattices of silicon Mie resonators with a topological optical band structure in the visible spectral range. The local optical density of states is mapped with deep subwavelength resolution, and the results show evidence of topological edge states at the domain walls between topological and trivial lattices.

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Wavelength and angle-resolved (energy-momentum) cathodoluminescence explained in a technical note

April 17, 2019

In order to explain the possibilities of energy-momentum cathodoluminescence technique we prepared a technical note, which is now available for download. This technique, also known as wavelength and angle-resolved cathodoluminescence (WARCL), combines“conventional” angle-resolved CL imaging with hyperspectral CL imaging. Energy-momentum imaging approach opens up new ways for studying optical properties of(nano)materials in wavelength/energy and angle/momentum space in great detail.

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New energy-momentum cathodoluminescence technique explained in the upcoming webinar

April 04, 2019

We are excited to announce that we are preparing the first webinar dedicated to spectrally and angle-resolved cathodoluminescence, an imaging technique also known as lens-scanning energy-momentum (LSEK) cathodoluminescence. This unique technique allows acquiring hybrid multidimensional high-resolution angle-resolved hyperspectral datasets. To put it simply, it uses the principle of angle-resolved imaging but allows users to acquire high resolution datasets both in angle and wavelength, for any given location on the sample. The data gained with energy-momentum cathodoluminescence can be particularly beneficial in the fields of nanophotonics and materials science. 

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Large-area hyperspectral cathodoluminescence for imaging spatially extended specimen

March 25, 2019

Cathodoluminescence imaging is a powerful tool for acquiring data from geological samples. Our new technical note describes in detail an acquisition mode called large-area hyperspectral cathodoluminescence imaging. Large-area(LA) spectral acquisition mode can be specifically used for imaging spatially extended specimen such as zircons and other minerals.

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New paper establishes cathodoluminescence as an optical characterization technique with nanoscale spatial resolution

March 20, 2019

A new study, co-written by scientists from AMOLF and Delmic and published in ACS Photonics, investigates the factors that determine the spatial resolution of coherent cathodoluminescence as a deep-subwavelength imaging technique. This is done by examining nanoscale excitation of Ag nanocubes with coherent cathodoluminescence imaging. 

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Webinar: giant viruses under (correlative light and electron) microscope

March 05, 2019

If you are working in the field of biology, you probably know the struggle of combining electron microscopy imaging with light microscopy. Correlative light and electron microscopy(CLEM) is a powerful technique which makes it possible to combine the labelling power of fluorescence imaging with high resolution structural information acquired with electron imaging. This technique has been used for studying biological samples in the fields of marine microbiology, cancer research, neuroscience and, most recently, virology.

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