MfN Embryology - Comet YXLON

Unveiling the Mysteries of Life's Origins: Comet Yxlon and our Partnership with the Museum für Naturkunde Berlin

June 6, 2023 | Isabella Drolz

Have you ever pondered the wondrous journey of life, from conception to birth? At Comet Yxlon, we are proud to support the Museum für Naturkunde Berlin in their quest to answer this profound question through the innovative application of CT technology.

As part of the research cluster "Embryology," the museum is committed to unlocking the full potential of its unique embryological collection including 3,000 wet specimens of 600 vertebrate species. These rare and scientifically valuable objects hold the key to unraveling the mysteries of life's development.

This is where Comet Yxlon's cutting-edge CT technology comes into play. CT allows us to peer inside these delicate specimens, providing invaluable insights into their internal structures without causing any harm. By harnessing the power of 3D imaging and advanced visualization techniques, we are able to explore the intricate details of embryonic development like never before.

We are thrilled to be the technology supplier of choice for the Museum für Naturkunde Berlin on this groundbreaking endeavor. Our partnership enables us to push the boundaries of scientific exploration and contribute to the preservation of our natural heritage. By combining our expertise in CT technology with the museum's rich collection and scientific competences, we are paving the way for exciting discoveries and a deeper understanding of life's extraordinary journey.

As we embark on this awe-inspiring mission, a dedicated film team captures the Museum für Naturkunde Berlin's progress, sharing their transformative work with the world on YouTube. Join us in witnessing the evolution of this remarkable institution by following the #MuseumsEvolution!

In a world where the pace of change is accelerating and the preservation of our natural foundations of life is of utmost importance, Comet Yxlon and the Museum für Naturkunde Berlin are at the forefront of innovation. Join us on LinkedIn to stay informed about our future groundbreaking discoveries. Together, let's unveil the hidden treasures of life's origins and pave the way for a brighter future.

Latest three news

Looking through the glass: X-ray Inspection of Through-Glass Vias (TGV) for Advanced Packaging

June 22, 2026 | Dr. Daniel Stickler

Glass is attracting increasing attention as a substrate material for advanced semiconductor packaging. Its dimensional stability and electrical properties make it an interesting basis for large-area panels and high-density interconnect structures. But when electrical connections are routed through the glass using through-glass vias (TGVs), a new inspection challenge emerges: many of the relevant defects are no longer visible from the surface. At Photomask Japan 2026, we presented our first imaging examples for glass substrates and TGV structures. The results show how X-ray imaging can provide non-destructive access to defects in etched glass vias and metallized TGVs — and why tilted radiography, computed laminography, detector performance, and AI-assisted analysis all matter.

Using CT to unearth new discoveries in Schleswig Holstein’s Duvenseer Moor.

June 8, 2026

Earlier this year, we had the chance to collaborate with the Fraunhofer Research Institution for Individualized Medical Technology and Engineering IMTE (Fraunhofer IMTE) and the Leibniz Centre for Archaeology (LEIZA) on a unique find within an Aurochs skull unearthed at the oldest known grave in northern Germany – The Duvenseer Moor in Schleswig Holstein.

A 9th-Grade Internship, a CT Scan, and an AI That Learned to Tell Sugar from Salt

February 12, 2026 | Dr. Daniel Stickler

During a recent three-week student internship at Comet Yxlon, I had the chance to mentor a 9th-grader who was curious, motivated—and (for good reasons) not allowed to operate X-ray equipment independently. So we designed a project that would still feel real: hands-on data, real analysis, and a clear outcome. The goal was to let her work independently in software while learning the basics of X-ray imaging and computed tomography.