We are here for you with this online training course, where we will give you the keys to make your work with VirtualLab Fusion more productive and enjoyable!

Did you already register for our online training course? If not, don't miss the chance to learn from our optical engineering experts how to use VirtualLab Fusion efficiently. The online training will be held twice to adapt to different time zones worldwide.

15 – 16 March 2021 | 17:30 – 20:30 (CET)
17 – 18 March 2021 | 08:30 – 11:30 (CET)

Did you catch our recent webinar on the exciting outlook for fiber technologies in VirtualLab Fusion? Lots of new features will be coming soon! Missed the webinar? Don’t worry, you can watch it on demand!

Did you catch our recent webinar on the exciting outlook for fiber technologies in VirtualLab Fusion? Lots of new features will be coming soon – a new fiber-mode calculator, fiber component, and new fiber-coupling efficiency detectors – resulting in improved and even more user-friendly workflows. But while we wait for the new features to arrive in coming releases, there is already lots for you to enjoy in the current version! Check out the use cases linked below for some inspiration.

In this newsletter, we show two x-ray imaging experiments: (1) Using Kirkpatrick-Baez mirrors to create a nanometer-scale x-ray imaging spot; (2) Illustrating the phase-contrast x-ray imaging principle with a single grating interferometer.

X-ray imaging is a valuable tool in a wide variety of applications, such as medical imaging and industrial inspection. In VirtualLab Fusion, we have successfully realized several well-known x-ray imaging systems, which can be used to explore the imaging properties of the setup in question, or to illustrate the special x-ray imaging principle. In this newsletter, we show two x-ray imaging experiments: (1) Using Kirkpatrick-Baez mirrors to create a nanometer-scale x-ray imaging spot; (2) Illustrating the phase-contrast x-ray imaging principle with a single grating interferometer.