Posts on this page of our Blog relate to products and information from greateyes.
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At greateyes, high-performance imaging should never be limited by off-the-shelf specs. The greateyes staff engineer deep-cooled scientific CCD and sCMOS camera systems tailored precisely to your application—from initial concept to full lifecycle support. The company brings over 15 years of expertise in ultra-low-noise electronics, deep cooling (down to -100°C), and extreme sensitivity across X-ray, EUV, … Continue reading
A new study on perovskite/silicon tandem solar cells used an ELSEi 1k1k BI MID silicon CCD camera from greateyes for photoluminescence imaging. The published paper for this study is entitled, “Fast and Simple Series Resistance Imaging for Tandem Solar Cells Using Differential Luminescence.” The camera enabled high-resolution PL measurements that helped the researchers identify and … Continue reading
CHARLIE, the back-illuminated, cooled sCMOS camera from greateyes, combines cutting-edge technology with innovative functionality to offer unprecedented opportunities for the measurements of tomorrow. Built on decades of experience in ultra-high vacuum (UHV), CHARLIE is specially designed for a broad range of applications. Ultra-low-noise electronics combined with market-leading deep cooling make CHARLIE the most sensitive X-ray … Continue reading
In a recent study of the magnetic properties of the insulator Cu₂OSeO₃, researchers used a greateyes 4k CCD camera to capture high-quality X-ray images. The camera helped them observe and study previously unseen magnetic structures within the material. The published paper for this study is entitled, “Observation of distorted tilted conical phase at the surface … Continue reading
The Lotte-i 4k4k CCD detector from greateyes is supporting cutting-edge research in machine learning-enabled, small-angle X-ray scattering (SAXS) analysis. The published paper is entitled, “Machine learning for accelerated prediction of size distributions of spherical nanoparticles from small-angle X-ray scattering.” In this recent open-access study, researchers developed a feed-forward neural network (FNN) model to rapidly predict … Continue reading
High-resolution spectroscopy is essential for understanding complex plasma processes. The greateyes ELSEs 2k512 BI UV3 detector contributed to the latest research on atmospheric-pressure surface-wave microwave discharges. Integrated with a high-resolution spectrograph, the detector enabled precise spectral measurements used to determine electron density and gas temperature, providing key insights into plasma–liquid interactions. The published paper is … Continue reading