Opto GmbH’s Post

OptoFidelity Production IQ is a fast and easy-to-use image quality testing system for AR waveguide manufacturing. Designed to meet predefined metrics and quality standards, Production IQ ensures throughput and yield in high-volume environments. https://hubs.li/Q02K9H4p0 Engineered for scalability and cost efficiency, Production IQ features simplified motion control and integrates with automated handlers to reduce operational costs. Operational efficiency is enhanced with self-checks to ensure alignment and readiness. The pass/fail sorting capability prevents low-quality material from progressing. Our advanced metrology supports precise and correlated analysis of in-depth uniformity, efficiency, contrast, luminance, and color, including an API for customer-specific analysis to enhance decision-making #optofidelity #AR #augmentedreality #opticalmetrology #metrology #optics #photonics #qualitycontrol

Those dudes have silver and gold thin film depostition, as back contact as you can see onto them and in front, hydro-fluoric etched Cadmium Telluride surface in nanometer scale, via Pulsed Laser Dep. 👌⚡️ #photonics #MEMS #microelectronics #PLD #science #labwork #ai #zeiss

Using advanced machine learning algorithms, NMRtist ensures high accuracy in spectral assignment and analysis. The platform automates peak picking, resonance assignment, and 3D structure calculation, providing reliable results you can trust. By significantly reducing human error, NMRtist enhances the precision of your protein NMR analysis, making your research more robust and dependable. Explore more: https://lnkd.in/e4eMZ2Wt #Bruker #NMRtist #NMRchat #ProteinAnalysis #StructuralBiology

Discrete frequency infrared-guided image for microplastic analysis: Performance and limitations Researchers in Dow’s world class Analytical Sciences group have cleverly applied quantum cascade lasers in a benchtop infrared spectrometer, marking a significant advancement in microplastic analysis. The method, employing discrete frequency infrared imaging, first distinguishes particles from reflective substrates before chemical identification. Testing with fluorescently labelled polyethylene and polymethyl methacrylate particles demonstrated impressive identification rates and selectivity, showcasing the technique's precision and reliability. This novel approach is promising for microplastic analysis due to its accuracy, high throughput capabilities, and robust performance on reflective surfaces. https://lnkd.in/gV2HVSSG

Excited to announce that our latest paper has been published in Nanophotonics journal! Check it out here: https://lnkd.in/g-hFs7UA #Research #Photonics #Science

OptoFidelity Production IQ, fast and easy-to-use image quality testing system for AR waveguide manufacturing. Designed to meet predefined metrics and quality standards, Production IQ ensures throughput and yield in high-volume environments. https://hubs.li/Q02xmf-x0 Engineered for scalability and cost efficiency, Production IQ features simplified motion control and integrates with automated handlers to reduce operational costs. Operational efficiency is enhanced with self-checks to ensure alignment and readiness. The pass/fail sorting capability prevents low-quality material from progressing. Our advanced metrology supports precise and correlated analysis of in-depth uniformity, efficiency, contrast, luminance, and color, including an API for customer-specific analysis to enhance decision-making #optofidelity #AR #augmentedreality #opticalmetrology #metrology #optics #photonics #qualitycontrol

This is incredible. I can only imagine the potential this has for developing stronger/ specialized materials in the future, as well as the countless medical uses. The World's First X-Ray Of A Single Atom https://lnkd.in/grr4U78d

Operando study of the dynamic evolution of multiple Fe-rich intermetallics of an Al recycled alloy in solidification by synchrotron X-ray and machine learning https://lnkd.in/g725uDuG

I am eager to share the preprint of our work on imaging carbohydrate stereochemistry directly with non-contact AFM, the structure search aided by a combination of first-principles methods and machine learning to identify the highly flexible structures. We are able to link the on-surface chirality of the molecular monolayer to the stereochemistry of the individual carbohydrates. https://lnkd.in/gxci4jx9

Xiaodong Chen et al. revisit representative scent sensing techniques and explore the underlying physicochemical properties captured by each technique in this Perspective. They present examples of integrated multimodal sensing, discussing the unique capabilities and operational features of combined modalities. Based on current progress and limitations, several future research directions for the field are discussed and a promising future of scent digitalization is envisioned. #Matter https://lnkd.in/eBFDEP2S