Euclid Beamlabs’ Sergey Kanareykin (Director of Business & Finance) took to San Francisco to present our Electronic Brachytherapy technology to the medical industry strategists and innovators at MedTech’s Innovation…
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Researchers from Arizona State University, Euclid Beamlabs, and Northern Illinois University have extended their previous collaboration to improve the performance of x-ray FELs, ultrafast electron diffraction, electron beam cooling and…
Researchers from Arizona State University, Northern Illinois University, Cornell University, Euclid Beamlabs, and Lawrence Berkeley National Laboratory are collaborating to improve the performance of x-ray FELs, ultrafast electron diffraction,…
Euclid Techlabs and collaborators at the Argonne Wakefield Accelerator (AWA) have received an Accelerator R&D and Production (ARDAP) award to continue the development and testing of a high dose rate…
WD Lab Grown Diamonds (MD), Euclid Beamlabs (MD) and Advanced Diamond (DE) have begun to a US-based consortium, leveraging the complementary strengths of these centralized diamond industry experts and accelerator…
Euclid Techlabs will be in Minneapolis, Minnesota exhibiting at the Microscopy & Microanalysis Conference 23-27 July. Euclid will be showcasing their ultrafast electron microscopy technologies for imaging and diffraction. Ultrafast…
Also this week at Future Circular Collider Week (5-9 June, London): Euclid Techlabs provided the collider community a in-depth look at our ferroelectric fast reactive tuner (FE-FRT). From a custom…
This week at Future Circular Collider Week (5-9 June, London), Euclid Techlabs presented the recent experimental results of high power testing of the new 1.5 GHz waveguide RF windows and…
Euclid Techlabs reports further progress in high quality single crystal epitaxial chemical vapor deposition (CVD) diamond growth for X-ray Optics, Quantum, Electronic, and Particle Detector Applications. In addition to exceptional…
Euclid Techlabs reports progress in high quality single crystal epitaxial chemical vapor deposition (CVD) diamond growth for X-ray optics applications. High quality, low strain (111) epitaxial growth was characterized at…